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CHAPTER IV
PRE-PURCHASE RURAL CONSUMER BEHAVIOUR –
AN ANALYSIS
4.1 INTRODUCTION
Theories on consumer behaviour, features of rural consumers and
the profile of rural consumers of Salem District have been discussed in
the earlier chapters. With these background it is to be enquired how
actually rural consumers behave in practice. This requires empirical
investigation. For this purpose, what the authorities in the field opine
about the consumer behaviour requires to be discussed first in nut shell.
According to them, whole process of consumer behaviour can be
divided into five major stages: (i) Need Recognition, (ii) Information
Search, (iii) Evaluation of Alternatives (iv) Purchase, and (v) Post-
purchase Behaviour. Empirical studies on these activities have also
been made in developed economies. But in developing economy like
India, it is very difficult to investigate empirically all the stages a rural
consumer in India follows. That is why, for this study the first three
above stages have been clubbed together under the broad head “Pre-
Purchase Consumer Behaviour” and the next two stages under
“Purchase and Post-Purchase Behaviour”.
Rural consumers may differ from their urban counterparts. But
stages of behaviour of both the groups are not basically different. That
is why literature on the processes of need recognition, information
search and evaluation of alternatives and purchase decision has been
surveyed first. Then an attempt has been made to make a list of
questions necessary for enquiring how far these concepts hold good to
the area under study. Lastly, answers to these questions put to the
86
selected rural consumers have been tabulated and interpreted under the
heading Analysis and Interpretation.
4.2 BRAND WISE DISTRIBUTION OF SAMPLE UNITS TO
EACH TYPE OF FAST MOVING CONSUMER GOODS
Fast moving consumer goods are those which have a quick
turnover, relatively low cost and will be replaced within a year. I have
selected five fast moving consumer goods for my study, i.e. shampoo,
biscuits, bathing soap, toothpaste and mosquito repellent.
In the behaviour of rural consumers‟ brand of the fast moving
consumer goods is more important than any other attribute because of
extraordinary impact created by multimedia on rural consumers. The
rural consumers are easily influenced by attractive advertisements,
celebrity endorsements and attributes of the Fast moving consumer
goods they use. Brand association, product knowledge and brand recall
make them comfortable to materialize their purchase decision
dynamically. It leads to the indispensability of brand wise distribution
of Fast moving consumer goods with respect to the research domain
Salem District.
Table – 4.1
Brand Wise Distribution of Sample Units to each type of Fast Moving Consumer Goods
Variable Brand Frequency Percentage
Shampoo
Clinic plus Sunsilk Pantene Head & Shoulder Vatika Meera Chik Any other
205 55 53 88 29 67 59 44
34.2 9.2 8.8 14.7 4.8 11.2 9.8 7.3
87
Variable Brand Frequency Percentage
Biscuits
Britania Parle Sunfeast Anyother
239 227
91 43
39.8 37.8 15.2 7.2
Bathing Soap
Hamam Cinthol Medimix Lifebuoy Margo Lux Mysoresandal Anyother
228 83 53 69 39 73 35 20
38.0 13.8 8.8 11.5 6.5 12.2 5.8
3.3
Toothpaste
Colgate Pepsodent Close-up Neem Promise Vicco Anchor Anyother
314 114
52 33 26 24 24 13
52.3 19.0 8.7 5.5 4.3 4.0 4.0 2.2
Mosquito Repellent
Goodnight Allout Mortein Power on Jumbo coil Tortoise Anyother
225 171 17 49 52 85
1
37.5 28.5 2.8 8.2 8.7 14.2 0.2
(Source: primary Data) 4.2.1 SHAMPOO
The shampoo market has a total penetration of 13 percent only.
Rural Indians use various natural products like reetha seeds and amla
for hair cleansing. That explains the under penetration of shampoos in
India. Besides most of the shampoos are beyond the reach of rural
Indians. To encourage usage of shampoos, they are now being
distributed in sachets form that accounts for nearly 40 percent of the
total shampoo sales in India. Shampoos in India are available as a
general hair cleanser and in anti-dandruff versions. Shampoos are
88
generally viewed as expensive products and the lower consumer group
uses the ordinary toilet soaps for hair wash. Hence, it does not come as
a surprise that urban markets account for nearly 80 percent of the total
shampoo market. From the table 4.1 it is found that clinic plus occupies
34.2 percent, Head and shoulder 14.7 percent, Chik 9.8 percent, Meera
11.2 percent and Sunsilk 9.2 percent. The other brands are not
popularly used by the rural consumers. The above table exhibits that
clinic plus, Meera and Head & shoulder are the three brands considered
largely by the respondents followed by Chik.
4.2.2 BISCUITS
It is evident from the table 4.1 that Britannia biscuits occupies
first place in priority list 39.8 percent followed by Parle 37.8 percent.
These two brands are predominantly used by the rural consumers. Of
all the brands of Biscuits, Britannia and Sun feast are the two brands
mostly preferred by the sample unit of the study.
4.2.3 BATHING SOAP
Oil or animal fat constitute as much as 80 percent of the raw
material that to into making of soaps. However, usage of animal fats for
production of cosmetics is banned in India. Hence, only vegetable oils
are used by the soap and cosmetic manufacturers in India, even though
the animal fat is technically a far superior ingredient. Therefore, Indian
soaps by and large are of poorer configuration as compared to the ones
available globally. Indian manufacturers use various kinds of oils such
as rice bran, palm, soyabean, neem, karanji, olive, kopra, etc., depending
on desired quality of the final product. As an established trend, rice
bran is the most popular raw material followed by palm with additions
from various other ingredients for lather and smell. All these additives
except for base oil do no form a substantial component of input. That
89
leaves the product with the cost of packaging, which higher for
premium soaps as compared to mass products. Therefore, the cost of
packaging is a major component for pricing of premium products.
Soaps are perhaps one of the most widely available FMCG
products in the country with availability in outlets in excess of 5 mn in
number. Nearly three quarters of such outlets are situated in rural
areas. Considering 75 percent on Indian consumers reside in retail
areas, it may be considered that nearly 50 percent of the total
consumption emanates from rural areas. As disposable income in rural
households increase, consumers graduate to higher product range; that
drives up the price of products. The spiraling of price prompts some
consumers to migrate to cheaper substitutes. From the table 4.1 it is
inferred that 38 percent of the respondents use Hamam, 13.8 percent use
cinthol, 12.2 percent use lux and 11.5 percent use lifebuoy soap. The
other brands are in similar place with meager differences in their
distribution. Medimix 8.8 percent, Margo 6.5 percent and Mysore
sandal 5.8 percent. The above figures clearly show that Hamam is the
most popular brand in rural areas of Salem District.
4.2.4 TOOTHPASTE
Markets for oral care products are divisible into toothpastes,
toothpowder and toothbrushes. Total penetration of oral care products
is three times higher in urban areas than in rural areas. The usage of
toothpaste or toothpowders in India has been 1.5 times per individual
per day as against 2 times in developed markets. Similarly, per capita
production of toothpaste in India is 70 gms as compared to 300 gms in
Europe. Hence, the oral care products market in India is constrained
both in terms of penetration and rate of consumption. It is observed
from the table 4.1 that most of the respondents prefer Colgate 52.8
90
percent followed by Pepsodent 19 percent and close-up 8.7 percent.
More than 50 percent of the respondents use Colgate brand that shows
its familiarity in rural areas.
4.2.5 MOSQUITO REPELLENT
Mosquito Repellent is a highly well distributed product as
evidenced from a high penetration level of 87 percent, which has a
leveled distribution both in rural and urban areas. From the table 4.1, it
is clear that 37.5 percent of the respondents use Goodnight, 28.5 percent
use All out followed by Mortein 14.2 percent. The proportion of other
brands in the sample units is very less. Goodnight and All out is neck to
neck popular in the rural areas of Salem District.
92
4.3 ATTRIBUTES AND BENEFITS OF FAST MOVING CONSUMER
GOODS
The attributes and benefits of a product make a consumer get
satisfied and extent the continued patronage for such products.
Therefore, it tends to comprehend awareness and the performance of
the product. More over, it provides complete information to acquire
effective knowledge of the brand or product. Also, it creates loyalty by
maximizing satisfaction, and finally restores equity. The perception of
rural consumers of Salem District about the essential Fast moving
consumer goods they use namely shampoo, Biscuits, bathing soap,
toothpaste and Mosquito repellent are ascertained through the
parametric values mean and standard deviation. Besides this the
statistically significant„t‟ values and standard errors clearly foretells the
prevailing marketing scenario in rural areas of Salem District. The
statistical significance of attributes and benefits are brought out by
using the t test.
Table – 4.2
One-Sample t-test for Attributes and Benefits of Shampoo
Attributes and benefits
N
Mea
n
Std
. D
ev
iati
on
Std
. E
rro
r M
ean
t v
alu
e
Sig
(2
-ta
ile
d)
Prevents dandruff 600 4.1933 .98873 .04036 29.564 .000
Softens the hair 600 3.9150 .96574 .03943 23.208 .000 Keeps the hair root healthy
600 3.4867 1.17848 .04811 10.115 .000
Prevents grey hair 600 3.2367 1.26754 .05175 4.574 .000 Removes the stickiness of the hair
600 3.5033 1.38438 .05652 8.906 .000
From the table 4.2 it is found that the shampoo consumers are
well acquainted with the shampoo attributes like prevents
93
dandruff(Mean= 4.19), hair softening(Mean= 3.91), Keeps the hair root
healthy(Mean= 3.48), Prevents grey hair(Mean = 3.23) and removes the
stickiness of the hair(Mean= 3.50). This shows the consumers
agreeableness towards the shampoo attributes. The t values of the
respective five attributes 29.564, 23.208, 10.115, 4.574 and 8.906 are
statistically significant at 5 percent level. Therefore it is concluded that
the rural consumers of Salem District are highly aware of shampoos
significance in preventing the dandruff. But hair softening, keeping hair
root healthy, prevents grey hair are just agreed by the rural consumers
as the specific attributes and benefits of the shampoo.
Table – 4.3
One-Sample t-test for Attributes and Benefits of Biscuits
Attributes and Benefits N
Mea
n
Std
. D
ev
iati
on
Std
. E
rro
r M
ean
t v
alu
e
Sig
(2
-ta
ile
d)
It reduces hunger 600 4.1233 1.03436 .04223 26.602 .000 It is very healthy 600 3.6950 1.09574 .04473 15.537 .000
It is very tasty 600 3.5450 1.08317 .04422 12.325 .000 It provides Refreshment
600 3.5150 1.11138 .04537 11.351 .000
It gives energy 600 3.4933 1.29850 .05301 9.306 .000
Table 4.3 clearly shows that rural consumers of Salem District are
well aware of the attributes and benefits of Biscuits like reduces the
hunger (Mean= 4.12), It is very healthy (Mean= 3.69), It is provides good
taste (Mean= 3.54), It is useful to refresh (Mean= 3.51) and gives more
energy from Fibres (Mean= 3.49). The t values of the respective five
attributes 26.60, 15.53, 12.32, 11.35, 9.30 are statistically significant at 5
percent level. By comparing the mean values of attributes and benefits
of Biscuits, it is inferred that the first attribute reduction of hunger is
94
strongly agreed by the rural consumers of Salem District. But the other
attributes healthy, tasty, provides refreshment and gives more energy
just agreed by the rural consumers of Salem District as the specific
attributes and benefits of the Biscuits.
Table – 4.4
One-Sample t-test for Attributes and Benefits of Bathing Soap
Attributes and Benefits
N
Mea
n
Std
. D
ev
iati
on
Std
. E
rro
r M
ean
t va
lue
Sig
(2
-ta
ile
d)
Helps to acquire smoothness of the skin
600 3.9867 1.11889 .04568 21.600 .000
Gives fragrance 600 4.0583 .91997 .03756 28.179 .000
Kills germs 600 3.7267 1.07574 .04392 16.546 .000
Provides glowing and clean skin
600 3.8050 1.02081 .04167 19.316 .000
Stops the bad odour 600 4.1883 .98208 .04009 29.639 .000
Gives refreshing feel 600 4.0317 .97583 .03984 25.896 .000 Prevents diseases and unhealthy conditions
600 3.7133 1.16193 .04744 15.038 .000
Table 4.4 clearly shows the mean values of attributes and benefits
of Bathing soap like helps to acquire smoothness of the skin ( Mean =
3.98), Gives fragrance(Mean = 4.05), kills germs ( Mean = 3.72) provides
glowing and clean skin(Mean = 3.80), stops the bad odour ( Mean =
4.18), gives refreshing feel ( Mean = 4.03) and prevents diseases and
unhealthy conditions (Mean = 3.71). The t values of the respective seven
attributes 21.6, 28.17, 16.54, 19.31, 29.63, 25.89 and 15.03 are statistically
significant at 5 percent level. Hence the researcher has concluded that
the attributes gives fragrance, gives refreshing feel and stops the bad
odour are strongly agreed by the rural consumer of Salem District. But
the other attributes helps to acquire smoothness of the skin, kills germs,
provides glowing and clean skin, prevents diseases and unhealthy
95
conditions are just agreed by the rural consumers. By comparing the
mean values of attributes of Soap, the attributes gives fragrance, gives
refreshing feel and stops the bad odour is considered as predominant
attributes and benefits since the mean value of these three variables are
greater than four and also greater than other attributes and benefits of
bathing soap.
Table – 4.5 One-Sample t-test for Attributes and Benefits of Toothpaste
Attributes and Benefits N
Mea
n
Std
. D
ev
iati
on
Std
. E
rro
r M
ean
t v
alu
e
Sig
(2
-ta
ile
d)
Whitens teeth 600 4.3083 .88952 .03631 36.028 .000 Increases the beauty of teeth
600 3.7433 1.09672 .04477 16.602 .000
Gives taste and foaminess
600 3.8483 1.08810 .04442 19.097 .000
Kills Germs 600 3.9300 .96781 .03951 23.538 .000 Strengthens tooth 600 3.9197 1.05791 .04326 21.260 .000
Removes the food particles between teeth
600 3.9050 1.07295 .04380 20.661 .000
Fights tooth decay 600 3.8117 1.07306 .04381 18.528 .000 Gives fresh breath 600 3.9267 1.08470 .04428 20.926 .000
Prevents tooth ache 600 3.6517 1.21633 .04966 13.123 .000
The mean values as found in Table 4.5 indicates that the
toothpaste customers emphasize on attributes and benefits like whitens
teeth (Mean = 4.30), increases the beauty of teeth (Mean = 3.74), gives
taste and foaminess (Mean = 3.84), Kills germs (Mean = 3.93),
Strengthens tooth (Mean = 3.91), Removes the food particle between
teeth (Mean = 3.90), Fights tooth decay (Mean = 3.81), gives fresh breath
(Mean = 3.92) and prevents tooth ache (Mean = 3.65). From the table 4.5,
the t values of the respective nine attributes 36.028, 16.602, 19.097,
96
23.538, 21.260, 20.661, 18.528, 20.926, and 13.123 which are statistically
significant at 5 percent level. The mean values of the attribute whitens
teeth is significantly greater than four which clearly shows that rural
consumers of Salem District strongly agree for the first attribute of
toothpaste. The mean values of the other attributes are also greater than
the test value 3 which clearly indicates that the rural consumers just
agree for the other attributes and benefits of Toothpaste.
Table – 4.6
One-Sample t-test for Attributes and Benefits of Mosquito Repellent
Attributes and Benefits N
Mea
n
Std
. D
ev
iati
on
Std
. E
rro
r M
ean
t v
alu
e
Sig
(2
-ta
ile
d)
It safe guards from mosquitoes
600 4.2033 .94877 .03873 31.067 .000
It gives good fragrance
600 4.0083 .99158 .04048 24.909 .000
It is a slow poison 600 3.7600 1.05083 .04290 17.716 .000
It affects the health 600 3.6417 1.14110 .04659 13.774 .000 It kills other insects also
600 3.7067 1.18306 .04830 14.631 .000
From the table 4.6 the mean values 4.20, 4, 3.76, 3.64 and 3.70 are
obtained for the Mosquito repellent attributes and benefits. The mean
values of the attributes safeguards from mosquitoes and gives good
fragrance are significantly greater than the test value 3 which means the
rural consumer strongly agree for these two attributes and benefits of
Mosquito repellent. The other three attributes slow poison, affecting the
health and kills other insects are just agreed by the rural consumers of
Mosquito repellent. The t values of the attributes 31.067, 24.909, 17.716,
13.774 and 14.631 are statistically significant at 5 percent level. Hence
the researcher has concluded that the attributes keeps the mosquitoes
97
away and gives good fragrance, poisoning the atmosphere and affecting
the health and promotes hygiene atmosphere are considered as an
important attribute and benefit of Mosquito repellent by the rural
consumers of Salem District.
4.4 LOGISTIC REGRESSION ANALYSIS FOR AWARENESS
AND ATTRIBUTES OF FMCG
So far the perceptions of rural consumers in Salem District are
ascertained through the parametric approaches. As a further
development in analysis it is more important to correlate the awareness
level and perception of product attributes. In this juncture, the Logistic
Regression Analysis is found suitable to unite awareness level and the
product attributes.
Logistic Regression Analysis is a dichotomous approach in
statistics and a powerful regression analysis to identify the variables
influencing the dichotomous variable or the bi-polar responses. It
actually computes two different domains namely variables in the
equation and variables not in the equation. The Logistic Regression
equation is a composition of independent and dependent variable and
also as the algebral configuration Y= ax x b. The coefficients a and b are
computed through Cox and Snell and Hosmer and Lemeshow
demonstrations.
In this study the dichotomous response awareness of Fast moving
consumer goods is considered as dependent variable and the
independent attributes of the five fast moving consumer goods
shampoo, Biscuits, bathing soap, toothpaste and Mosquito repellent
have the qualities of independent variable. The results of Logistic
Regression Analysis are presented below.
98
The performance of Logistic Regression Analysis for the
dichotomous variable awareness leads to the following results.
Table – 4.7 Classification Table (a, b)
Observed Predicted
Q21 Percentage
Correct
Step 0
1.00 2.00 1.00
Awareness of Fast moving consumer goods
Yes 463 0 100.0 No 137 0 .0
Overall Percentage 77.2
a Constant is included in the model. b. The cut value is .500
From the table in step 0, 77.17 percent of rural consumers of
Salem District are aware of Fast moving consumer goods and 22.83
percent are not fully aware of Fast moving consumer goods.
Table – 4.8 Variables in the equation
B S.E. Wald df Sig. Exp(B)
Step 0 Constant -1.218 .097 156.770 1 .000 .296
In this logistics of step 0 the constant -1.218 is statistically
significant to open the step 0 to conclude the suitability of Logistic
Regression. The following blocks of table reveal the goodness of fit of
Logistic Regression using omnibus test of model coefficient and Hosmer
Lemeshow Test.
4.4.1 Logistic Regression Analysis for Awareness and Attributes of Shampoo
Table – 4.9 Omnibus Tests of Model Coefficients
Chi-square df Sig.
Step 1
Step 12.981 5 .024
Block 12.981 5 .024 Model 12.981 5 .024
99
Table – 4.10 Model Summary
Step -2 Log likelihood
Cox & Snell R Square
Nagelkerke R Square
1 631.724(a) .021 .033
a Estimation terminated at iteration number 4 because Parameter estimates changed by less than .001.
Table – 4.11
Hosmer and Lemeshow Test
Step Chi-square df Sig.
1 13.245 8 .104
From the above table, it is found that the Chi-square value for
step, block and model is 12.981 is statistically significant at 5 percent
level. The log likelihood, Cox Snell R2 values 631.724 and 0.021 are also
statistically significant with variance ranging from 2.1 percent to 3.3
percent. This shows that the Logistic Regression fit is suitable to explain
the impact of independent variables on dependent variables. Further
the Hosmer and Lemeshow test clearly revealed the Chi-square value
13.245 is insignificant at 5 percent level. This shows that the variance
exhibited by the independent variable is exactly vary from 2.1 percent to
3.3 percent perfectly. The following table shows the statues of
independent variable on the dependent dichotomous variable
awareness.
Table – 4.12 Variables in the Equation
B S.E. Wald df Sig. Exp(B)
Step 1(a)
Prevents dandruff .185 .115 2.592 1 .107 .831 Softens the hair .143 .120 1.415 1 .234 .867
Keeps the hair roots healthy
.043 .100 .186 1 .667 .958
Prevents grey hair .315 .096 10.685 1 .001 1.371 Removes the stickiness of the hair
.018 .083 .049 1 .826 1.019
Constant .854 .487 3.071 1 .080 .426
100
From the above table it is found that the variable prevents grey
hair (wald coefficient=10.685) is statistically significant at 5 percent
level. Therefore it is concluded that the awareness of customers of Fast
moving consumer goods in Salem District on shampoo depends upon
their awareness on attribute grey hair protection. In rural marketing
areas the primary aim of the products play the major role in
determining their awareness rather than the secondary effects and
characteristic features of the product.
4.4.2 Logistic Regression Analysis for Awareness and Attributes of Biscuits
Table – 4.13
Omnibus Tests of Model Coefficients
Chi-square df Sig.
Step 1 Step 2.045 5 .843 Block 2.045 5 .843
Model 2.045 5 .843
Table – 4.14
Model Summary
Step -2 Log likelihood Cox & Snell R Square
Nagelkerke R Square
1 642.660(a) .003 .005
a Estimation terminated at iteration number 4 because parameter estimates changed by less than .001.
Table – 4.15
Hosmer and Lemeshow Test
Step Chi-square Df Sig.
1 24.165 8 .002
From the above table the statistical significance as well as
insignificance is broadly classified in terms of non-parametric chi-square
value and Hosmer and Lemeshow Test. It is found that the Chi-square
value for step, block and model is 2.045 is insignificant at 5 percent level.
The log likelihood, Cox Snell R2 values 631.724 and 0.021 are also
101
insignificant with variance ranging from 0.3 percent to 0.5 percent.
Therefore further tests are performed to analyze the impact of independent
variables on dependent dichotomous variables. Further the Hosmer and
Lemeshow test clearly revealed the Chi-square value 24.165 is statistically
significant at 5 percent level. This shows that the variance exhibited by the
independent variable can be considered to vary from 0.3 percent to 0.5
percent. The following table shows the statues of independent variable on
the dependent dichotomous variable awareness.
Table – 4.16 Variables in the Equation
B S.E. Wald df Sig. Exp(B)
Step 1(a)
It reduces hunger .127 .117 1.168 1 .280 1.135 It is very healthy -.043 .112 .146 1 .702 .958
It is very tasty -.064 .114 .314 1 .575 .938 It provides Refreshment
.050 .099 .252 1 .616 1.051
It gives energy -.053 .084 .398 1 .528 .949
Constant -1.350 .485 7.757 1 .005 .259
From the above table it is found that all the variables of attributes
and benefits of Biscuit are insignificant at 5 percent level. Therefore it is
concluded that the awareness of consumer of fast moving consumer
goods in Salem District on Biscuits does not depend on the awareness
on attributes and benefits of Biscuits. It shows that the rural consumers
in Salem District mechanically use the Biscuits rather than analyzing its
effect on body.
4.4.3 Logistics Regression Analysis for Awareness and Attributes of Bathing Soap
Table – 4.17 Omnibus Tests of Model Coefficients
Chi-square df Sig.
Step 1
Step 22.149 7 .002
Block 22.149 7 .002 Model 22.149 7 .002
102
Table – 4.18 Model Summary
Step -2 Log
likelihood Cox & Snell
R Square Nagelkerke
R Square
1 622.557(a) .036 .055
a Estimation terminated at iteration number 4 because parameter estimates changed by less than .001.
Table – 4.19 Hosmer and Lemeshow Test
Step Chi-square df Sig.
1 10.031 8 .263
The significance of chi-square value for step, block and model is
supported by the significant value 22.149 at 5 percent level. The
statistical significance contributed in the regression process in the form
of Cox Snell R2 Value 0.036 is also statistically significant with variance
ranging from 3.6 percent to 5.5 percent. This shows that the Logistic
Regression fit is suitable to explain the impact of independent variables
on dependent variables. Further the Hosmer and Lemeshow test clearly
revealed the Chi-square value 10.031 is insignificant at 5 percent level.
This shows that the variance exhibited by the independent variable is
exactly vary from 3.6 percent to 5.5 percent perfectly. The following
table shows the statues of independent variable on the dependent
dichotomous variable awareness.
Table – 4.20 Variables in the Equation
B S.E. Wald df Sig. Exp(B)
Step
1(a)
Helps to acquire smoothness of the skin
.018 .098 .034 1 .853 1.018
Gives Fragrance -.093 .118 .626 1 .429 .911
Kills germs -.261 .104 6.349 1 .012 .770
Provides glowing and clean skin
-.240 .104 5.360 1 .021 .786
Stops the bad odour .205 .123 2.805 1 .094 1.228
Gives refreshing feel .182 .115 2.496 1 .114 1.200
Prevents diseases and unhealthy conditions
.216 .100 4.632 1 .031 1.241
Constant -1.478 .662 4.985 1 .026 .228
103
From the above table it is found that the variables kills germs
(wald coefficient = 6.349), provides glowing and clean skin (wald
coefficient = 5.360) and prevents diseases and unhealthy conditions
(wald coefficient = 4.632) is statistically significant at 5 percent level. It
is inferred from the above table that the awareness of customers of Fast
moving consumer goods in Salem District on bathing soap depends
upon their awareness on attributes kills‟ germs, provides glowing and
clean skin and prevents diseases and unhealthy conditions.
4.4.4 Logistics Regression Analysis for Awareness and Attributes of Toothpaste
Table – 4.21
Omnibus Tests of Model Coefficients
Chi-square df Sig.
Step 1
Step 5.381 9 .800
Block 5.381 9 .800 Model 5.381 9 .800
Table – 4.22
Model Summary
Step -2 Log
likelihood
Cox & Snell R Square
Nagelkerke R
Square
1 638.286(a) .009 .014
a Estimation terminated at iteration number 4 because parameter estimates changed by less than .001.
Table – 4.23
Hosmer and Lemeshow Test
Step Chi-square df Sig.
1 8.683 8 .370
The awareness level and product attributes of toothpaste and
their association is proved through the chi-square value 5.381 is
insignificant at 5 percent level. The log likelihood, Cox Snell R2 values
638.286 and 0.009 are also insignificant with variance ranging from 0.9
104
percent to 1.4 percent. Therefore further tests are performed to analyze
the impact of independent variables on dependent dichotomous
variables. Further the Hosmer and Lemeshow test clearly revealed the
Chi-square value 8.683 is also insignificant at 5 percent level. But the
range of the variance is 0.5 (1.4-0.9) which is meager and does not
express the individual significance of the independent variables. The
following table shows the statues of independent variable on the
dependent dichotomous variable awareness.
Table – 4.24 Variables in the Equation
B S.E. Wald df Sig. Exp(B)
Step 1(a)
Whitens teeth -.184 .117 2.452 1 .117 .832
Increases the beauty of teeth
.050 .109 .212 1 .646 1.051
Gives taste and foaminess
.125 .108 1.336 1 .248 1.133
Kills germs -.045 .124 .130 1 .718 .956
Strengthens tooth .088 .110 .647 1 .421 1.093 Removes the food particles between teeth
-.088 .107 .686 1 .408 .915
Fights tooth decay -.035 .111 .099 1 .753 .966
Gives fresh breath -.029 .110 .070 1 .791 .971 Prevents tooth ache .035 .092 .148 1 .701 1.036
Constant -.814 .647 1.585 1 .208 .443
From the above table it is found that all the variables of attributes
and benefits of toothpaste are insignificant at 5 percent level. It is
further concluded that the attributes of toothpaste do not create more
impact on rural consumers in Salem District. They are not able to
distinguish their awareness technically in terms of fresh breath, tooth
decay and killing the germs.
105
4.4.5 Logistics Regression Analysis for Awareness and Attributes of Mosquito repellent
Table – 4.25
Omnibus Tests of Model Coefficients
Chi-square df Sig.
Step 1 Step 9.697 5 .084 Block 9.697 5 .084
Model 9.697 5 .084
Table – 4.26
Model Summary
Step -2 Log likelihood
Cox & Snell R Square
Nagelkerke R Square
1 635.008(a) .016 .024
a Estimation terminated at iteration number 4 because parameter estimates changed by less than .001.
Table – 4.27
Hosmer and Lemeshow Test
Step Chi-square df Sig.
1 16.401 8 .037
In the case of Mosquito repellent insignificant non-parametric
Chi-square value 16.401 and the variance exhibited through Cox and
Snell coefficient 635.008 and 0.016 are essential to build the fundamental
blocks of relationship between product awareness and attributes. This
shows that the variance exhibited by the independent variable can be
considered to vary from 1.6 percent to 2.4 percent. The following table
shows the statues of independent variable on the dependent
dichotomous variable awareness.
106
Table – 4.28 Variables in the Equation
B S.E. Wald df Sig. Exp(B)
Step 1(a)
It safeguards from mosquitoes
.034 .116 .084 1 .772 1.034
It gives good fragrance -.320 .113 7.948 1 .005 .726 It is slow poison .172 .115 2.221 1 .136 1.188
It affects health -.071 .100 .499 1 .480 .932 It kills other insects also .018 .092 .039 1 .843 1.018
Constant -.559 .527 1.128 1 .288 .572
From the above table it is found that the variable promotes hair
growth (Wald coefficient=7.948) is statistically significant at 5 percent
level. The rural consumers of Fast moving consumer goods in Salem
District are highly aware that the continuous usage of Mosquito
repellent safeguards from Mosquitos‟ bytes and malaria fever makes
them to grow healthily. This attribute has direct impact on the
awareness of the usage of Mosquito repellent. Infact the rural
consumers possess the awareness of healthy growth which is directly
correlated to the maximum usage of Mosquito repellent regularly.
During the purchase decision process the rural consumers recall the
product quality and brand awareness. The awareness always come
from suitable information search and buying process at one point of
time.
4.5 FACTOR ANALYSIS OF NEED RECOGNITION
The data reduction process is indispensable to establish a concise
research consistently comprising all the characteristic features of
variables involved in this study. The data reduction process is an
ingenious method to represent the variable in the form of predominant
factors with proper mathematical support. In social science research the
research gap generates numerous variables to be examined in the
research and they emerge in the form of well framed interview
107
schedule. In particular, the perceptional studies depend upon the
responses of the respondents in Likert five point scales. The assignment
of numerical values in Likert five point scales for each variable creates
co-variances and the variables in the same domain. These co-variances
and co-efficient of correlation are useful statistical parameters to group
likely variables to form an innovative factor. This mechanism is
achieved through a statistical tool called Factor Analysis by Principal
Component Method. It reduces the numerous variables into major
factors; each factor comprises likely variables with nearest co-variance
and correlation value. The generated factor always represents the
composite variables within them. The researcher coins a new name
which would reveal the characteristic features of the composite variable
in the study. The present study‟s research tool interview schedule
comprises enormous number of variables for product attributes, need
recognition, evaluation of alternatives and post purchase behaviour.
The data reduction tool is required at this juncture and the Principal
Component Analysis is brought into action on those variables.
The need recognition of rural consumers consists of fifteen
variables. The reduction of these variables is achieved through the
application of Factor Analysis by Principal Component Method. The
following results are the upshots of factor analysis application.
Table – 4.29
KMO and Bartlett's test for Need Recognition
Kaiser-Meyer-Olkin Measure of Sampling Adequacy. .836
Bartlett's Test of Sphericity Approx. Chi-Square 1966.033 df 105
Sig. .000
108
From the above table 4.29 it is found that KMO measure of
sampling adequacy is 0.836, Bartlett‟s test of sphericity is 1966.033 are
statistically significant at 5 percent level. Therefore it is concluded that
the fifteen variables of need recognition perfectly involve themselves in
representing the factors. The sample size is also adequate and expresses
its suitability for the application of factor analysis. The communality
values for all the fifteen variables are represented in the table below.
Table – 4.30
Communalities for Need Recognition
Variables Initial Extraction
Change in environmental circumstances 1.000 .421
Changing financial position 1.000 .463 Emerging beauty consciousness 1.000 .325
Interest on Fast moving consumer goods 1.000 .531 To protect health 1.000 .534
To be fashionable 1.000 .529
To live healthy and hygienic life 1.000 .481 To withstand pollution 1.000 .396
To change along with changes in civilization 1.000 .441 Sales and promotional activities of firms 1.000 .518
Low-unit price of Fast moving consumer goods 1.000 .428 Impressed by advertisements 1.000 .575
To attain prestige and social status 1.000 .468 Impress others 1.000 .511
Inherent features and attributes of Fast moving consumer goods
1.000 .383
Extraction Method: Principal Component Analysis
From the above table 4.30 it is found that the twelfth variable
impressed by advertisements (0.575) possess high communality value
whereas the third variable emerging beauty consciousness (0.325)
acquired least value. This implies the individual variances of fifteen
variables range from 32.5 percent to 57.5 percent respectively. Around
25 percent oscillation (57.5 – 32.5) is well established among fifteen
variables.This implies individually all the variables adequately
109
represent their contribution in the formation of factors. The number of
factors emerged is presented in the table below.
Table – 4.31
Number of Factors of Need Recognition
Co
mp
on
en
t
Initial Eigen values Rotation Sums of Squared
Loadings
Total % of
Variance Cumulative
% Total
% of Variance
Cumulative %
1 4.323 28.817 28.817 2.421 16.142 16.142
2 1.563 10.418 39.235 2.375 15.830 31.972 3 1.119 7.458 46.693 2.208 14.721 46.693
4 .966 6.439 53.132
5 .952 6.348 59.480 6 .836 5.573 65.053
7 .811 5.404 70.457 8 .752 5.011 75.468
9 .690 4.602 80.070 10 .605 4.036 84.106
11 .553 3.688 87.794 12 .527 3.514 91.308
13 .454 3.023 94.331 14 .434 2.890 97.222
15 .417 2.778 100.000
Extraction Method: Principal Component Analysis. From the table 4.31 it is found that the fifteen variables on the
whole explained 46.693 percent of total variance and three factors are
emerged out of the variables. The individual eigen values 2.421, 2.375
and 2.208 along with individual variances 16.142, 15.830 and 14.721
respectively.The three factors evolved are represented by the
component variables as presented in the table below.
110
Table – 4.32
Variables and Variables Loadings for the Factors of Need Recognition
Item no
Variables / factors Variable Loadings
Factor I - Consumer awareness
4 Interest on Fast moving consumer goods 0.711
9 To change along with changes in civilization 0.640
15 Inherent features and attributes of Fast moving consumer goods
0.575
10 Sales and promotional activities of firm 0.564
3 Emerging beauty consciousness 0.486 8 To withstand pollution 0.438
Factor II - Consumer Value
12 Impressed by advertisements 0.749
11 Low unit price of Fast moving consumer goods
0.645
13 To attain prestige and social status 0.595
14 Impress others 0.581 Factor III - Health and affordability
5 To protect health 0.728
7 To live healthy and hygienic life 0.670
6 To be fashionable 0.623 2 Changing financial position 0.510
1 Change in environmental circumstances 0.508
Extraction Method: Principal Component Analysis. Rotation Method: Varimax with Kaiser Normalization.
a Rotation converged in 6 iterations. From the above 4.32, it is observed that first factor consists of six
variables and named as „Consumer awareness‟. The second factor
consists of four variables and is named as „Consumer Value‟. The third
factor consists of five variables which are named as „Health and
affordability‟. Interest on Fast moving consumer goods, impressed by
advertisements and the protect health are considered as the major and
important reasons which necessitated and created the need for
purchasing the Fast moving consumer goods in the rural areas of Salem
District. Low unit price, changes along with changes in civilization and
111
living healthy life are also considered to be some of the reasons for
purchasing Fast moving consumer goods.
The need recognition of product is a process to be explored by the
manufacturers and other researchers. The utility of the product and
factors influencing the rural consumers to maximize their utility
through the suitable behaviour.
4.6 CLUSTER ANALYSIS OF NEED RECOGNITION
Cluster analysis is a multi-variant tool exploited in this context to
classify the perception of respondents into various heterogeneous
groups. Each heterogeneous group is homogeneous with in them based
on the independent variables. The basic idea of cluster analysis is to
group similar objects together. It is a method for classifying variables
into clusters. A cluster consists of variables that have high correlation
with one another and comparatively low correlation with variables in
other clusters.
4.7 CLASSIFYING THE RURAL CONSUMERS BASED ON THEIR
PERCEPTION OF FACTORS OF NEED RECOGNITION
The rural consumers of Salem District identify the need
recognition for purchasing the Fast moving consumer goods. The factor
analysis by Principal Component Method ascertained three
predominant factors namely consumer awareness, consumer value and
health and affordability. The Fast moving consumer goods and its
purchase are simultaneously materialized due to consumer awareness
and their estimated value of the product based on the characteristic
features. Since the products are health and hygienic oriented the
consumers also think about the health and affordability to materialize
their purchase. The opinion of all the respondents emerged in the form
112
of above mentioned factors. Therefore at this juncture it is essential to
classify the perception of rural consumers with respect to meaningful
factors. This paves the way to categories the rural consumers and also
useful to suggest the marketers to prepare their strategies. In this
juncture K-means cluster analysis is applied to classify the consumers‟
perception. Hierarchical cluster method with Agglomeration schedule
decides the number of clusters. It is found that three large co-efficient in
the Agglomeration schedule are significantly large in their differences,
therefore, it is concluded that three cluster exists. The following table
presents the existence of three clusters.
Table – 4.33 Final Cluster Centers for the Factors of Need Recognition
Factors Cluster
Dynamic consumers
Casual consumers
Mechanical consumers
Consumer Awareness 4.31 3.25 3.18
Consumer Value 4.17 2.46 3.68 Health and Affordability 4.46 3.86 3.65
Table – 4.34
Number of Cases in each Cluster of Need Recognition
Cluster Dynamic
consumers Casual
consumers Mechanical consumers
Valid
279.000 157.000 164.000 600.000
From the above table 4.33 and 4.34, it is found that the first cluster
is strong in consumer awareness, value and health and affordability. It
is also found that the first cluster comprises 46.5 percent of consumers
with strong qualities of need recognition. Hence the first cluster is
known as Dynamic Consumers. The second cluster consists of 26.16
percent of consumers with weak qualities of consumer value. They do
not give more value for the need recognition of Fast moving consumer
goods. So they are called Casual Consumers. The third cluster
113
possesses the frequency 27.33 percent of consumers with moderate
quality of need recognition. Therefore this group is identified as
Mechanical Consumers.
4.8 DEMOGRAPHIC DETAILS OF THE SAMPLE RESPONDENTS
Demographic characteristics are vital in any marketing research
for the segmentation purpose. Demographics describe a population in
terms of its size, distribution, and structure. Demographics influence
consumption behaviours both directly and by affecting other attributes
of individuals, such as their personal values and decision styles (Mc
Donald 1993). This segmentation is useful for the marketers and the
manufacturers to produce the required products and also to alter its
appearance, colour and characteristic features. It is the useful concept to
underpin the nature of consumers and their behavioural aspects
towards the products. The durability and non durability of the
products have deep correlation with the nature and characteristic
features of the consumers. In particular gender age, educational
qualification, marital status, occupation, family income, number of
family members and nature of family are essential to ascertain the need
for the purchase and behavioural aspects towards the product. A brief
description of demographic and economic aspects of the area under
study is necessary for studying how the inhabitants of the area behave
as consumers. That is why the present research concentrates on the
demographic variables and they are considered as independent in
nature throughout the thesis. The following table 4.35 presents
demographic segmentation of the sample unit with frequency 600.
114
Table –4.35 Demographic Details of the Sample Respondents
Variable Classification Frequency Percentage
Gender a. Male b. Female
290 310
48.3 51.7
Age
a. Upto 25 years b. 26-35 Years c. 36-45 Years d. 46-55 Years e. 55 Years above
237 168
91 57 47
39.5 28.0 15.2 9.5 7.8
Education
a. School level b. Graduate c. Diploma level c. PG level d. Professionals
209 201 85 67 38
34.8 33.5 14.2 11.2 6.3
Marital Status a. Single b. Married
254 346
42.3 57.7
Occupation
a. Agriculture b. Self-employed c. Businessman d. Housewife e. Govt. employee f. Private employee g. Student h. Others
118 61 48 62 72 74 132
33
19.7 10.2 8.0 10.3 12.0 12.3 22.0 5.5
Family Monthly Income
a. Upto Rs. 5,000 b. Rs. 5,001 - Rs.10,000 c. Rs. 10,001 – Rs.15,000 d. Rs. 15,001 – Rs.20,000 e. Above Rs. 20,000
211 211 86 45 47
35.2 35.2 14.3 7.5 7.8
Size of the Family a. 2 members only b. 3-4 members c. 5 and above
69 369 160
11.5 61.5 26.7
Nature of Family a. Joint b. Nuclear
241 359
40.2 59.8
(Source: Primary Data) 4.8.1 GENDER WISE CLASSIFICATION OF THE RESPONDENT
Gender has always been a distinguishing segmentation variable.
In all societies, males and females are generally assigned certain
115
characteristics and roles. Males are typically thought to be independent,
aggressive, dominating and self-confident in almost all societies. They
are viewed as the bread earners. Females, on the other hand, are viewed
as gentle, submissive, tender, compassionate, tactful and talkative.
Gender roles are ascribed roles, which mean that a role is based on an
attribute over which the individual has little or no control (Sathish
2004).As the sample of the study has both male and female respondents
an attempt was made to find if the consumer behaviour differed among
the males and females. The social setup in India has undergone a rapid
change. Indian women have been taking a lot of buying decisions as
literacy levels are on the rise. Further influence of Cable Television has
created product awareness for them. Not only are women increasingly
influencing buying decisions, but also turning out to be one of the
fastest growing consumer categories. Fast Moving Consumer Goods
(FMCG) companies are competing with one another to cater to the
needs of women (Nitin Mehrotra 2005).
The respondents were asked to indicate their gender in the
interview schedule. From the table 4.35 it can be seen that out of 600
respondents, 290 (48.3 percent) are male and 310 (51.7 percent) are females.
It implies that the sample is almost equally distributed gender wise.
4.8.2 AGE WISE CLASSIFICATION OF THE RESPONDENT
A products need and interest often varies with the consumers‟
age. Marketers have found age as a useful demographic variable for
distinguishing segments. It is clear from the table 4.35 that nearly 39.55
percent of the respondents fall in the category of Upto 25 years while 28
percent of the sample respondents fall between the 26-35 years age
group. 15.2 percent are in the age group of 36-45 years, 9.5 percent are
in the age group of 46-55 years and only 7.8 percent fall above 55 years
116
age group. The predominance of youth population has a great influence
on the overall consumer behaviour. Such implication need research
investigation which helps in understanding the consumer behaviour
better (Arunabha Sinha 2005).
4.8.3 EDUCATIONAL LEVEL WISE CLASSIFICATION OF THE
RESPONDENT
Education influences what one can purchase by partially
determining one‟s income and occupation. It also influences how one
thinks, makes decisions, and relates to others (Smith 1996). Those with a
limited education are generally at a disadvantage not only in earning
money but in spending it wisely (Mathios 1996). The educational level
of respondents is classified into four categories. As shown in Table 4.35,
those who hold Higher Secondary School Education formed the
majority of the sample respondents with 209 (34.8 percent). They are
followed by graduates 201 (33.5 percent) and Diploma holders 85 (14.2
percent). The Post-graduates constitute 67 (11.2 percent) and only 38
(6.3 percent) are professionals. There are no illiterates in the sample
respondents. Today, the young and the educated in the villages are
already large in number and this number is increasing. Already, 40
percent of all those graduating from colleges are rural youth. They are
the decision-makers and are not very different in education, exposure,
attitudes and aspirations from their counterparts at least in smaller cities
and towns (Kannan 2001). It is the youngsters who decide what to buy
(Krishnamoorthy 2000).
4.8.4 MARITAL STATUS WISE CLASSIFICATION OF THE
RESPONDENT
The Marital status plays a vital role in the selection of Fast
moving consumer goods. The married people usually consult their
117
spouses before purchasing Fast moving consumer goods. From the
table 4.35 it is evident that out of 600 respondents 346 (57.7 percent) are
married and 254 (42.3 percent) are unmarried. It is inferred from the
above analysis that the majority of the respondents are married.
4.8.5 OCCUPATION WISE CLASSIFICATION OF THE
RESPONDENT
Occupation is probably the most widely applied singly cue we
use to initially evaluate and define individuals we meet. One‟s
occupation provides status and income. In addition, the type of work
one does and the types of individuals‟ one works with over time also
directly influence one‟s values, lifestyle, and all aspects of the
consumption process. Change in rural occupational pattern has been
slow, as the household industry is not that widespread and rural
economy is still primarily Agri-produce oriented and not agri-
processing oriented or mechanized in nature (Del I Hawkind 2007). The
primary occupations of respondents are shown in Table 4.35. Most of
the respondents reported that they depend on more than one source of
income. However, all the sources do no contribute equally. They
reported their major profession. It is revealed from the study that
agriculture is the major source of 19.7 percent of respondents, private
employees to 12.3 percent, Govt. employees to 12 percent and
Businessmen 8 percent. 22 percent of the respondents are students force
and 10.3 percent of the respondents are housewife.
4.8.6 FAMILY MONTHLY INCOME WISE CLASSIFICATION OF
THE RESPONDENT
The economic development of rural areas has increased the
disposable income of rural people. Rural people are now purchasing
soaps, toothpowder, paste, tobacco products, radio, TV, bicycles,
118
motorcycles, cooking utensils, wrist watch, razor blades, detergents and
so on. Today rural incomes generate not only from agricultural section
but also from other sections. There is a sizeable salaried class in rural
areas. The government implemented various schemes, such as, JRY,
IRDP, NREP, etc., to provide work and self employment opportunities
in rural areas (Dey N B 1998). Occupation and education directly
influence preferences for products, media, and activities; income
provides the means to acquire them (Mulhern F J 1998). Thus, income
is generally more effective as a segmentation variable when used in
conjunction with other demographic variables. The disposable income is
indispensable in deciding over the issues relating to number of units to
be purchased, quality of the goods considered and frequency of
purchase of particular product. Table 4.35 reveals that there are 211
(35.2 percent) respondents in the group of earning Upto Rs. 5,000 and
earnings between Rs. 5,001 Rs.-10,000. Those who are earning Rs.
10,001- Rs. 15,000 are placed in the second with 86 (14.3 percent). The
other two groups earning between Rs. 15,001- Rs. 20,000 and above Rs.
20,000 are 45 (7.5 percent) and 47 (7.8 percent).
4.8.7 SIZE OF THE FAMILY WISE CLASSIFICATION OF THE
RESPONDENT
Family as a unit has always been given recognition in
demographics and economics. A simple definition of family will be that
it is two or more persons living together usually related to by blood,
marriage or adoption. For the purpose of our consumer behaviour
study, the emphasis is on the aspect of living together rather than being
related. Therefore, all households where persons live together are
treated as families (Raju M.S 2004). Persons in the family tend to have
primary responsibility for products associated with their role (Rbert W
1985). Each family member is more involved in some product decision
119
than in others. Role within the family has a bearing on this involvement
and information sharing (Mark E 1985). The size of the family plays a
vital role in determining the quantity of purchase and compromise on
the quality of the product bought. Family members constitute the most
influential primary reference group. Marketers are interested in the
roles and relative influence of the husband, wife and children in the
purchase of large variety of products and services. For the purpose of
this study, family size of the respondents is divided into three groups‟
viz., two member‟ family, three to four members‟ family and five and
above members‟ family. Table 4.35 brings to the light that 11.5 percent
of families had upto two members in the family, 61.5 percent of families
fall in the size 3-4 members and 26.7 percent of families belong to the
size of 5 and above.
4.8.8 NATURE OF FAMILY WISE CLASSIFICATION OF THE
RESPONDENT
In rural areas, in addition to demographic characteristics like age
and sex, family size and structure is also an important feature. The joint
family system and large families still predominate in rural India. As
family size increases, so does the consumption of products.
Simultaneously, the splitting up of joint families is also taking place in
rural India, leading to the creation of an increasing number of small
families. This result in greater demand (Pradeep Kashyap 2006). From
the table 4.35 it is clear that 59.8 percent of respondents are in nuclear
family and 40.2 percent only are in joint family. The above figures show
clearly that the concept of joint family system is decreasing in rural
areas.
121
4.9 CORRESPONDENCE ANALYSIS OF NEED RECOGNITION
K-means cluster analysis and the principal component analysis
method classified the rural consumers based on the factors of need
recognition. These clusters are perfectly characterized by the
demographic variables of rural consumers. The powerful demographic
segmentation and their intensified association with three types of
consumers‟ namely dynamic, casual and mechanical consumers. It
throws the light to identify which demographic segmentation is well
associated with the consumer classification. The correspondence
analysis for the two segmentations like gender, marital status and type
of family will not be performed.
4.9.1 Correspondence between Age and Classifications based on
Need Recognition
Different age groups of consumers‟ Upto 25 years to above 55
years in rural environment are classified into dynamic consumers,
casual and mechanical consumers based on the factors of need
recognition. The application of correspondence analysis in two
dimensional cases with age in one axis and clusters in another axis
revealed the following diagram.
122
Diagram 4.1
The results of the correspondence analysis indicate that good
correspondence is established between dynamic consumers and the
consumers in the age group of 46-55 years. This clearly shows that in
rural market the consumers in the age group of 46-55 years are dynamic
in identifying the need of the Fast moving consumer goods as well as
they dynamically recognize the importance of Fast moving consumer
goods for their healthy appearance. The cross tabulation between age
and the clusters of need recognition is presented in the table below.
123
Table – 4.36 Age Cluster Number of Case Cross Tabulation
Cluster Number of Case Total Dynamic
consumers Casual consumers
Mechanical consumers
Age
Upto 25 years 82 81 74 237
26-35 years 85 32 51 168 36-45 years 57 18 16 91
46-55 years 34 12 11 57 55 years above 21 14 12 47
Total 279 157 164 600
Table – 4.37
Chi-Square Tests
Value Df
Asymp. Sig. (2-sided)
Pearson Chi-Square 32.805(a) 8 .000
Likelihood Ratio 33.349 8 .000 Linear-by-Linear Association 10.745 1 .001
No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 12.30.
Hypothesis- There is no Correspondence between Age and
Classifications based on Need Recognition.
From the above table 4.36 and 4.37, it is found that the maximum
frequency 14.16 percent is dumped at the cell (2, 1) whereas the
minimum frequency 1.83 percent is established at the cell (4, 3). It is
found that the dynamic consumers are also found maximum in the age
group of 26-35 years. On the whole it is concluded that in the rural
market the dynamic consumers are thickly distributed in the age groups
of 26-35 years and 46-55 years respectively. From the chi-square
analysis table, it is found that Pearsons Chi-Square value is 32.805,
likelihood ratio 33.349, linear by linear association 10.745 are statistically
significant at 5 percent level. Hence, it is concluded that age of the rural
consumers has the good correspondence with need recognition factors.
The classifications dynamic consumers, casual consumers and
124
mechanical consumers are found rationally in all the age group of rural
consumers of Fast moving consumer goods.
4.9.2 Correspondence between Educational Qualification and
Classifications based on Need Recognition
The educational qualification of rural consumers in Salem District
ranging from school level education to professional education are
classified into dynamic consumers, casual consumers and mechanical
consumers based on the factors of need recognition. The application of
correspondence analysis in two dimensional cases with education in one
axis and clusters in another axis are depicted in the following diagram.
Diagram 4.2
From the diagram 4.2, it is observed that the dynamic consumers
(cluster 1), casual consumers (cluster 2) and mechanical consumers
(cluster 3) are positioned far away from one another. The results of the
correspondence analysis clearly show that good correspondence is
established between casual consumers and the consumers with PG level
125
education. This result clearly indicates that the consumers with PG
level education are very casual in recognizing the need and importance
of Fast moving consumer goods. The cross tabulation between
education and the clusters of need recognition is presented in the table
below:
Table – 4.38 Education Cluster Number of Case Cross Tabulation
Cluster Number of Case Total
Dynamic consumers
Casual Consumers
Mechanical consumers
Ed
uca
tio
n School level 104 55 50 209
Graduate 81 60 60 201
Diploma 50 12 23 85 PG level 28 23 16 67
Professionals 16 7 15 38
Total 279 157 164 600
Table – 4.39
Chi-Square Tests
Value Df
Asymp. Sig. (2-sided)
Pearson Chi-Square 17.430(a) 8 .026
Likelihood Ratio 17.946 8 .022 Linear-by-Linear Association .915 1 .339
No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 9.94.
Hypothesis - There is no Correspondence between Educational Qualification and Classifications based on Need Recognition.
From the above table 4.38 and 4.39, it is ascertained that the
maximum frequency 17.33 percent is arrived at the cell (1, 1) whereas
the minimum frequency 1.17 percent is established at the cell (5, 2). It is
now very clear that the dynamic consumers are found maximum at the
school level education. From the chi-square analysis table it is found
that Pearson‟s chi-square value is 17.430, likelihood ratio 17.946 and
126
linear by linear association 0.915 are statistically significant at 5 percent
level. So it is concluded that the education level of the rural consumers
has good correspondence with need recognition factors.
4.9.3 Correspondence between Occupation and Classifications Based
on Need Recognition
The rural consumers of Salem District involved in different
occupations are classified into dynamic consumers, casual consumers
and mechanical consumers based on the factors of need recognition.
The application of correspondence analysis in two dimensional cases
with occupation in one axis and clusters in another axis revealed the
following diagram:
Diagram 4.3
Dimension 1
0.750.500.250.00-0.25-0.50
Dim
en
sio
n 2
0.4
0.2
0.0
-0.2
-0.4
-0.6
8.00
7.006.00
5.00
4.00
3
2
1
Row and Column Points
Occupation
Cluster Number of Case
Symmetrical Normalization
The results of the correspondence analysis explain that the good
correspondence is built between dynamic consumers and the consumers
occupying the position of government employees. The above diagram
127
depicts that the government employees in rural areas of Salem District
are dynamic in identifying and recognizing the need for Fast moving
consumer goods. The cross tabulation between occupation and need
recognition is presented in the table below:
Table –4.40 Occupation Cluster Number of Case Cross tabulation
Cluster Number of Case Total Dynamic consumers
Casual consumers
Mechanical consumers
Occ
up
ati
on
Agriculture 55 29 34 118 Self-employed 30 16 15 61
Businessman 27 9 12 48 Housewife 30 18 14 62
Govt. employee 42 13 17 72 Private employee 40 14 20 74
Student 37 52 43 132 Others 18 6 9 33
Total 279 157 164 600
Table - 4.41
Chi-Square Tests
Value Df Asymp. Sig. (2-sided)
Pearson Chi-Square 31.152(a) 14 .005
Likelihood Ratio 31.844 14 .004 Linear-by-Linear Association 1.958 1 .162
No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 8.64.
Hypothesis - There is no Correspondence between Occupation and Classifications based on Need Recognition.
The above table well explains that the maximum frequency 9.17
percent is accumulated at the cell (1, 1) whereas the minimum frequency
1 percent is established at the cell (8, 2). These figures well explains that
the dynamic consumers are found maximum at the agriculture
occupation level. On the whole it is concluded that dynamic consumers
are thickly distributed at the agricultural occupation level. From the chi-
128
square analysis table 4.41, it is found that Pearsons Chi-square value is
31.152, likelihood ratio 31.844 and the linear by linear association 1.958
are statistically significant at 5 percent level. The correspondence
analysis revealed different occupations like Agriculture, Self-employed,
businessman, housewife, govt. employee, private employee, student
and others are rationally found in the groups‟ dynamic, casual and
mechanical consumers in rural markets of Salem District.
4.9.4 Correspondence between Family Monthly Income and
Classifications based on Need Recognition
The economic development of rural areas has increased the
disposable income of rural people. Today rural income generate not
only from agricultural section but also from other sections. The rural
consumers earning less than Rs. 5,000 p.m. to above Rs. 20 ,000 p.m.
are classified into dynamic, casual and mechanical consumers taking
into account the factors of need recognition. The application of
correspondence analysis in two dimensional cases with family
monthly income in one axis and clusters in another axis result the
following diagram.
Diagram 4.4
129
It is observed from the diagram 4.4 that fair and reasonable
correspondence exists between mechanical consumers and the
consumers earning monthly income of Rs.15,001 – Rs.20,000.The
consumers in the income category of Rs.15,001 to Rs.20,000 well
recognize consumer value, health and affordability and consumers
awareness. The need and importance of Fast moving consumer goods
are mechanically recognized by the consumers in the income level of Rs.
15,001 to Rs. 20,000. The cross tabulation between income and the
clusters of need recognition is presented in the table below.
Table – 4.42
Family Monthly Income Cluster Number of Case Cross Tabulation
Cluster Number of Case
To
tal
Dynamic consumers
Casual consumers
Mechanical consumers
Fam
ily
Mo
nth
ly
inco
me
Upto Rs. 5,000 84 63 64 211
Rs 5,001 – Rs10,000 120 42 49 211
Rs10,001 – Rs15,000 32 33 21 86
Rs15,001 –Rs20,000 17 11 17 45
Above Rs 20,000 26 8 13 47
Total 279 157 164 600
Table – 4.43
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Pearson Chi-Square 24.804(a) 8 .002 Likelihood Ratio 24.402 8 .002
Linear-by-Linear Association .151 1 .697 No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 11.78.
Hypothesis - There is no Correspondence between Family Monthly
Income and Classifications based on Need Recognition.
130
From the table, it is evident that the maximum frequency 20
percent is found at the cell (2, 1) whereas the minimum frequency 1.33
percent is established at the cell (4, 2). 20 percent of the dynamic
consumers are concentrated at the income level of Rs. 5,001 to Rs.
10,000. So, it is concluded that the mechanical consumers are closely
associated with the income level of Rs. 15,001 to Rs. 20,000 and dynamic
consumers are thickly concentrated at the income level of Rs. 5,001 to
Rs. 10,000. From the Chi-square analysis table 4.43, it is clear that
Pearson‟s Chi-square value is 24.804, likelihood ration 24.402 and linear
by linear association 0.151 are statistically significant at 5 percent level.
The rural consumers in Salem District with different occupations set to
influence the perceptional differences in terms of dynamic, casual and
mechanical consumers. The income of the rural consumers made them
to seek different categories in the consumer classifications.
4.9.5 Correspondence between Family Size and Classifications based
on Need Recognition
The size of the family in the rural areas of Salem District is
classified into three types with 2 member family, 3-4 member family,
and five and above member family and respondents in these families is
classified into dynamic, casual and mechanical consumers based on the
factors of need recognition. The application of correspondence analysis
in two dimensional cases with size of the family in one axis and clusters
in another axis.
131
Diagram 4.5
It is evident from the Diagram 4.5 that correspondence does not
exist between the size of the family and factors of Post-purchase
behaviour. It is further concluded that the family size criterion is replete
with all the three types of clusters dynamic consumers, casual
consumers and mechanical consumers. The cross tabulation between
family size and the clusters of post-purchase behaviour is presented in
the table below.
Table – 4.44
Family Size Cluster Number of Case Cross Tabulation
Cluster Number of Case
Total Dynamic consumers
Casual consumers
Mechanical consumers
Family size
2 members only
31 18 20 69
3 – 4 members
176 105 88 369
5 and above 72 34 56 162 Total 279 157 164 600
132
Table – 4.45
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Pearson Chi-Square 7.508(a) 4 .111 Likelihood Ratio 7.441 4 .114
Linear-by-Linear Association 1.081 1 .299 No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 18.06.
Hypothesis - There is no Correspondence between Family Size and Classifications based on Need Recognition.
From the table, it is evident that the maximum frequency 29.33
percent is found at the cell (2, 1) whereas the minimum frequency 3
percent is established at the cell (1, 2). 29.33 percent of the dynamic
consumers are concentrated in the family size having 3 – 4 members in
the family. From the Chi-square analysis table 4.45, it is clear that
Pearson‟s Chi-square value is 7.508, likelihood ratio 7.441 and linear by
linear association 1.081 are not statistically significant at 5 percent level.
Hence it is concluded that family size of the rural consumers does not
have good correspondence with the factors of post-purchase behaviour.
The family sizes of the rural consumers are not dynamic in ascertaining
the product attributes and knowledge. In fact, the irrationality in family
size among rural consumers creates many series of problem in
materializing the purchase. The correspondence analysis profoundly
concludes the relationship between demographic variables and need
recognition and evaluation of alternatives. But a pre test is required
non-parametrically to find frequency distributions of the cells created by
the rural consumer classification.
133
4.10 ASSOCIATION ANALYSIS OF NEED RECOGNITION
4.10.1 Association between Gender and Clusters of Need Recognition
The chi-square test is applied to find out the association between
gender and clusters of need recognition. The cross tabulation between
gender and the clusters of need recognition is presented in the table
below:
Table – 4.46 Gender and Cluster of Need Recognition
Cluster Number of Case Total
Dynamic consumers
Casual consumers
Mechanical consumers
Gender Male 141 70 79 290
Female 138 87 85 310 Total 279 157 164 600
Table – 4.47
Chi-Square Tests
Value df Asymp. Sig.
(2-sided)
Pearson Chi-Square 1.427(a) 2 .490 Likelihood Ratio 1.429 2 .489
Linear-by-Linear Association .391 1 .532 No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 75.88.
Hypothesis - There is no Association between Gender and clusters of
Need Recognition.
From the above table, it is ascertained that the maximum
frequency 23.5 percent and 23 percent is dumped at the cell (1, 1) and (2,
1) respectively. This clearly indicates that the dynamic consumers are
almost equally distributed in the gender. The dynamic consumers are
concentrated equally between male and female consumers. From the
chi-square analysis it is found that Pearson‟s chi-square value is 1.427,
134
likelihood ratio 1.429 and linear by linear association 0.391 is not
significant at 5 percent level. Hence, it is concluded that the gender of
consumers and the classification based on need recognition are not at all
associated. This implies that gender does not determine the
classification of consumers based on need recognition of consumers of
Fast moving consumer goods.
4.10.2 Association between Marital Status and Clusters of Need
Recognition
The chi-square test is applied to find out the association between
marital status and clusters of need recognition. The cross tabulation
between marital status and the clusters of need recognition is presented
in the table below:
Table – 4.48 Marital Status and Clusters of Need Recognition
Cluster Number of Case Total
Dynamic consumers
Casual consumers
Mechanical consumers
Marital status Single 89 85 80 254
Married 190 72 84 346 Total 279 157 164 600
Table – 4.49 Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Pearson Chi-Square 24.199(a) 2 .000 Likelihood Ratio 24.419 2 .000
Linear-by-Linear Association 15.298 1 .000
No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 66.46.
Hypothesis - There is no Association between Marital Status and
clusters of Need Recognition.
135
From the above table, it is ascertained that the maximum
frequency 31.67 percent is established at the cell (2, 1). This clearly
indicates that the dynamic consumers are thickly found in the married
rural consumer category. From the chi-square analysis it is found that
Pearson‟s chi-square value is 24.199, likelihood ratio 24.419 and linear
by linear association 15.298 is significant at 5 percent level. Hence it is
concluded that the marital status of consumers and the classification
based on need recognition are well associated. The married as well as
unmarried rural consumers are able to recognize the factors inducing
the consumers to materialize the purchase.
4.10.3 Association between Nature of Family and Need Recognition
The chi-square test is applied to find out the association between
nature of family and clusters of need recognition. The cross tabulation
between marital status and the clusters of post-purchase behaviour is
presented in the table below:
Table – 4.50 Nature of family and Cluster of need recognition
Cluster Number of Case Total
Dynamic consumers
Casual consumers
Mechanical consumers
Nature of family
Joint 123 54 64 241
Nuclear 156 103 100 359 Total 279 157 164 600
Table – 4.51 Chi-Square Tests
Value df Asymp. Sig.
(2-sided)
Pearson Chi-Square 4.049(a) 2 .132
Likelihood Ratio 4.072 2 .131
Linear-by-Linear Association 1.619 1 .203 No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 63.06.s
136
Hypothesis - There is no Association between Nature of Family and
clusters of Need Recognition.
The above table clearly indicates that maximum frequency 26
percent is dumped at the cell (2, 1) and the minimum frequency 9
percent is established at the cell (1, 2). This indicates that the dynamic
consumers are thickly found in the nuclear family. From the chi-square
analysis it is found that Pearson‟s chi-square value is 4.049, likelihood
ratio 4.072 and linear by linear association 1.619 is not significant at 5
percent level. So it is concluded that the nature of family and the
classification based on need recognition are not at all associated. The
joint and nuclear families of rural consumers perceived the need
recognition and evaluation of alternatives emphatically and also throw
the light that the joint families and nuclear families are not able to
identify the different groups of rural consumers.
4.11 CONSUMER INFORMATION SEARCH
Once a problem is recognized, then the consumer must decide
what to do. The initial step is an internal search within memory to
determine whether or not enough is known about alternatives to permit
some kind of choice. Often, one brand of the product what he thought
of purchasing will be strongly preferred to others based on past
experience and a decision will then be taken on the spot to make
purchase as early as possible. If the consumer is not able to finalize his
choice within the internal search, then it is more probable that he will
look into external search making use of variety of information sources
available to him.
The information sources chosen will vary from individual to
individual and from one situation to another. Search refers to the
137
process whereby a consumer seeks information to learn about the
advantages and disadvantages of the various alternatives, to satisfy a
problem that has become recognized. Whether search will occur or not
and the extent to which it occurs depends on the consumer‟s
perceptions of the benefits and the costs involved. Costs included are
time, money, psychological discomfort and the dangers of information
overload. Consumers vary in types and number of sources of
information they consult, when they need information for reaching a
purchase decision.
A consumer may gather information from one source and that
source need or need not be helpful to him in the final stage of his taking
the decision. A consumer might have received first information from
one source. But it is quite possible that this source may or may not be
that important when he actually takes the decision to buy. As a
consequence, there can be significant difference between exposure and
effectiveness (i.e. actual use of the information).
In all marketing research information search is one of the
marketing aspects to study the minds of consumers and their nature of
relationship with marketers. In India, the sources of information are
abundantly obtained from family members, relatives and friends. At
the same time they also grasp much useful information from
commercial sources and public sources. There are a great number and
variety of sources of consumers information available to consumers
with which he could sort out those clues that are relevant to particular
purchase decision to permit him to take a „rational‟ and „optimal‟ choice.
The consumer is human and he is faced with limited capacities of time,
money and effort. Often he must be satisfied with less than perfect
information and less than optimal choice. Variation in information
138
search also depends on consumer‟s abilities to seek and use information
and their perceptions of the need for pre-purchase information.
4.12 PERSONAL INFORMATION SOURCES
Personal information source includes the consumer‟s own
experience and activities and the experience of others. He gains access
to the latter through his non-commercial, personal relationship. The
consumer‟s own experience can be viewed as the result of learning over
time (John A 1963). It is valuable guide in deciding on an often-
purchased and used product. The following are the findings of some
studies relating to personal sources of information.
i. Almost fifty percent of male and female students discussed
clothing brands, styles, retail outlets and prices with their friends
(John R 1970).
ii. Another study found that the source of information most
frequently consulted by durable goods buyers was friends and
relatives (George Katona 1955).
iii. A study of consumer attitude towards health are found that
largest segment of consumers state the most important reason for
choosing their doctor was a recommendation by a friend or
relative (Roger. D 1977).
Other studies have also found personal communication source to
be very important in the purchase of food items and cleaning agents, in
motion picture selections, hairdo styles, makeup techniques, general
fashion, dental product and service, farming practices and physicians.
By gaining social approval before making a final decision, information
search from personal sources can be viewed as risk reducing process
(John Arndt 1968).
139
4.13 COMMERCIAL INFORMATION SOURCES
Salesman at the retail establishment plays an important role in
high involvement decision situations. People are used to seek advice
from druggists on many aspects of health and drugs usage. It may be
interesting to note that a highly dependent consumer tends to be
susceptible and hence prefers assistance by a sales person in decision-
making, whereas an independent person prefers a minimum of
suggestion and assistance (Zokerman M 1950). The independent person,
in fact, seems to respond more positively in aggressive selling (James E
1965). Advertising and promotion constitute one of the most important
and pervasive sources of information in the market place. From the
manufacturer‟s and retailer‟s view the primary objective of advertising
and promotion is the selling function. From the consumer‟s view,
advertising and promotion serves the very useful function of
acquainting him with the market offer.
4.14 PUBLIC SOURCES
With the emergence and widespread acceptance of major
newspapers, magazines, radio and television, the mass media have
become one of the most ubiquitous and inescapable fact of society. The
mass media represent a powerful force influencing and shaping the
values, tastes and quality of life. Television is the fastest growing, most
powerful and most popular medium both in rural and urban India.
With increasing ownership of TV and influx of cable and satellite in
addition to terrestrial TV, this medium is gaining new ground in rural
areas. The ownership of TV has increased tremendously in the last two
years because of the introduction of free TV sets to the people of Tamil
Nadu by the Government. Irrespective of literacy levels, topography,
geographical location, or area of residence, radio reaches people easily.
It continues to be the cheapest mass medium with the widest reach. The
140
fact that there is a very high ownership of transistorized radios in rural
India makes radio a popular and very cost-effective medium to reach
rural people. For the majority of the unprivileged in rural areas, radio
continues to be the main source of news and entertainment.
The following t-test application identifies the depth of
information sources for the rural marketers.
Table – 4.52
One-sample t-test for Personal Sources of Information
Personal sources
N Mean Std.
Deviation
Std. Error Mean
t value
Sig (2-
tailed)
Family 600 4.5100 .87245 .03562 42.395 .000
Relatives 600 3.9333 .96632 .03945 23.659 .000 Friends 600 4.0583 .93079 .03800 27.851 .000
Doctor 600 3.9883 1.02397 .04191 23.582 .000 Past experience 600 3.9750 1.00800 .04115 23.693 .000
Word-of-mouth 600 3.5200 1.18544 .04840 10.745 .000 Colleagues 600 3.5600 1.20367 .04914 11.396 .000
Table 4.52 clearly indicates the mean values of personal sources of
information like Family (mean = 4.51), relatives (mean = 3.93), friends
(mean = 4.05), Doctor (mean = 3.98), Past experience (mean = 3.97),
Word-of-mouth (mean = 3.52) and Colleagues (mean = 3.56). Since the
larger mean value establishes its numerical concern value it is
concluded that family sources play a vital role as a source of
information for the rural consumers of Salem District in purchasing the
Fast moving consumer goods. Similarly friends of the rural consumers
are considered as an abundant source in getting information about Fast
moving consumer goods. The consumers feel family members as well as
friends are the reliable sources to give authentic information about the
Fast moving consumer goods. The other personal sources relatives,
doctor, past experience, word-of-mouth and colleagues are also
141
considered as an important source in getting information about
Fast moving consumer goods. The t values of the respective seven
personal sources 42.395, 23.659, 27.851, 23.582, 23.693, 10.745, 11.396
are statistically significant at 5 percent level. So from the above
analysis it is concluded that family and friends is the most important
personal source for rural consumers of Salem District for making the
final choice
Table – 4.53
One-Sample t-test for Commercial Sources of Information
Commercial sources
N Mean Std.
Deviation
Std. Error Mean
t value
Sig (2-tailed)
Sales persons or representatives
600 4.1383 1.06195 .04335 26.257 .000
Traders 600 3.8217 .99071 .04045 20.315 .000
Promotional offers
600 3.7191 1.02466 .04190 17.161 .000
Table 4.53 clearly explains that rural consumers of Salem District
are very keen in collecting information about Fast moving consumer
goods. The mean value of commercial sources of information is 4.13,
3.82 and 3.71 for sales persons or representatives, traders and
promotional offers respectively. The information from sales persons or
representatives are considered as very important commercial source of
information about Fast moving consumer goods since it has larger mean
value(mean=4.13). The other sources traders and promotional offers are
just important for the rural consumers of Salem District.
142
Table – 4.54 One-Sample t-test for Public Sources of Information
Public sources
N Mean Std.
Deviation
Std. Error Mean
t value
Sig (2-
tailed)
Radio 600 4.0336 1.03658 .04246 24.342 .000 TV 600 4.1583 .99410 .04058 28.542 .000
Magazine 600 3.8395 .97420 .03984 21.072 .000 Newspapers 600 4.0251 1.00803 .04122 24.868 .000
Table 4.54 clearly shows that the public sources like Radio,
Television and Newspapers carry more important information of Fast
moving consumer goods to their consumers (Mean= 4.05, 4.15 and 4.02).
The„t‟ values of various public sources of information are 24.342, 28.542,
21.072, and 24.868 are statistically significant at 5 percent level.
Television is considered as a very important public source of
information to the rural consumers of Salem District since it has larger
mean value. The mean values of the information sources radio and
newspapers are also greater than the test value 3 which indicates that
these sources of information is also considered as an important source
of information for collecting information about the Fast moving
consumer goods.
4.15 PERSONS IN THE FAMILY PROVIDING PRODUCT
INFORMATION
A person in the family who first provides the product
information plays an important role in pre-purchase behaviour.
Questions on the issue were asked and the responses on the same are
tabulated below.
143
Table – 4.55 Persons in the Family Providing Product Information
Frequency
Valid Percent
Cumulative Percent
Product information
Father 141 23.5 23.5
Mother 207 34.5 58.0 Husband 88 14.7 72.7
Wife 104 17.3 90.0 Children 60 10.0 100.0
Total 600 100.0
It is evident from the above table 4.55 that in 52 percent cases
mother and wife are the initial provider of information about the Fast
moving consumer goods. Since the women are care taker of the family
they are collecting the information about Fast moving consumer goods
from the TV media. Now the status of rural women is changing. They
are more educated and more aware about the health and education
needs of the family. The growing presence of media, too, exerts a strong
influence on their role and behaviour. They are no longer confined
within their homes. They step out for several purposes- education,
health services, social services, functions and festivals. In short, women
are more empowered today.
CHART 4.3
PERSONS IN THE FAMILY PROVIDING PRODUCT INFORMATION
144
4.16 IMPORTANCE ASSIGNED TO THE PRODUCT
INFORMATION
Before purchasing a consumer collects information about the
desired product. Respondents of the selected rural consumers as to the
importance they attach to the product information are tabulated below.
Table – 4.56
Importance of Product Information
Frequency
Valid Percent
Cumulative Percent
Product information
As much information as possible about the product
234 39.0 39.0
Just enough to make the choice
249 41.5 80.5
I decide just like that
117 19.5 100.0
Total 600 100.0
Thus it appears that 39 percent of the respondents try to get as
much information as possible about the product and 41.5 percent of the
respondents want to get information just enough to make the choice.
4.17 PRE-PURCHASE VISIT TO SHOPS FOR INFORMATION
SEARCH
It is often stated that rural people are cautious and they visit
several shops for information search before they actually purchase
goods. Responses on the issue are tabulated below.
Table – 4.57 Distribution of Pre-purchase Visit to Shops for Information Search
Frequency Percent
Valid Percent
Cumulative Percent
Pre-purchase visit to shops
Yes 400 66.4 66.7 66.7 No 200 33.2 33.3 100.0
Total 600 99.7 100.0
145
Thus it appears that two-third (66.7 percent) of the respondents
visited several shops for information search. Other one-third
respondents have reported that since they purchase branded goods,
they rely on the honesty of the store-owners, that they do no like to
enquire much about the product on the floor of the shop.
4.18 FREQUENCY DISTRIBUTION OF YEAR WISE
CLASSIFICATION OF USING OF A PARTICULAR BRAND OF FMCG
Table – 4.58 Number of years using the brand
No. of years/
Percentage
<3 Years
% 3-6
years %
6-9 years
% >9
years %
Shampoo 309 51.5 135 22.5 48 8 108 18
Biscuits 125 20.8 216 36 87 14.5 172 28.7 Bathing Soap
105 17.5 125 20.8 145 24.2 225 37.5
Tooth paste 127 21.2 93 15.5 131 21.8 249 41.5 Mosquito repellent
123 20.5 77 12.8 65 10.8 335 55.9
(Source: Primary Data) The Fast moving consumer goods mentioned in Table 4.58 are
consumed both in urban and rural areas of Salem District. But
consumption of the same penetrates in rural areas of Salem District later.
Enquiry on this issue provides us an idea as to how long ago these
products have penetrated in rural areas of Salem District. Thus it is
evident from Table 4.58 that more than 50 percent of respondents using the
particular brand of shampoo for less than three years; 22.5 percent
respondents using the particular brand of shampoo for 3-6 years; 8 percent
respondents use the particular brand for 6-9 years and 18 percent
respondents use the particular brand for more than 9 years. This figure
clearly indicates that penetration of shampoo in rural areas of Salem
District has gained momentum in the last five years only. Regarding the
146
Biscuits, 20.8 percent respondents use the particular brand for less than 3
years; 36 percent respondents use it for 3-6 years; 14.5 percent respondents
use it for 6-9 years and 28.7 percent respondents use for more than 9 years.
This clearly shows that penetration of Biscuits in rural areas of Salem
District has gained momentum in nineties itself. With regard to bathing
soap, 37.5 percent respondents use it for more than nine years; 24.2 percent
respondents use it for 6-9 years and only 17.5 percent respondents use it
for less than three years. This clearly shows that rural consumers in Salem
District are not ready to switch over from their brand and they are loyal to
their brand. With regard to toothpaste 41.5 percent respondents use it for
more than nine years; 21.8 percent respondents use it for 6-9 years and
only 21.2 percent respondents use it for less than three years. As compared
to shampoo, Biscuits, bathing soap and toothpaste the customers of
Mosquito repellent are very much loyal to their brand since 55.9 percent
respondents using it for more than nine years. It clearly shows that the
consumers of Mosquito repellent are not ready to change their brand.
CHART 4.4
NUMBER OF YEARS USING THE BRAND
147
4.19 FACTOR ANALYSIS FOR EVALUATION OF ALTERNATIVES
The evaluation of alternatives consists of nine variables. The
reduction of these variables is achieved through the application of factor
analysis by Principal Component Method. The following results are the
upshots of factor analysis application.
Table – 4.59 KMO and Bartlett's Test for Evaluation of Alternatives
Kaiser-Meyer-Olkin Measure of Sampling Adequacy. .764
Bartlett's Test of Sphericity Approx. Chi-Square 714.564 Df 36
Sig. .000
From the above table it is found that KMO measure of sampling
adequacy is 0.764, Bartlett‟s test of sphericity is 714.564 are statistically
significant at 5 percent level. Therefore it is concluded that the nine
variables of evaluation of alternatives perfectly involve themselves in
representing the factors. The sample size is also adequate and expresses
its suitability for the application of factor analysis. The communality
values for all the nine variables are represented in the table below.
Table – 4.60 Communalities for Evaluation of Alternatives
Variables Initial Extraction
The quality of the product is important to me before the decision of purchase
1.000 .124
Price is an important criterion 1.000 .637
Quantity must be reasonably good 1.000 .269 Availability is very important 1.000 .530
Attractive packaging is necessary 1.000 .308 The ingredients are important to buy the selected brands
1.000 .384
For their medicinal value 1.000 .665
Herbal nature of the product is an important criterion
1.000 .614
Size and weight of products are important 1.000 .277
Extraction Method: Principal Component Analysis
148
From the above table, it is found that the seventh variable „for
their medicinal value (0.665)‟ possess high communality value whereas
the first variable „the quality of the product is important to me before
the decision of purchase (0.124)‟ acquired least value. This implies the
individual variances of nine variables range from 66.5 percent to 12.4
percent respectively. Around 54.10 percent oscillation (66.5 – 12.4) is
well established among nine variables. This implies individually all the
variables adequately represent their contribution in the formation of
factors. The number of factors emerged is presented in the table below.
Table – 4.61
Number of Factors for Evaluation of Alternatives
Co
mp
on
en
t
Initial Eigen values Rotation Sums of Squared
Loadings
Total % of
Variance Cumulative
% Total
% of Variance
Cumulative %
1 2.715 30.170 30.170 1.972 21.910 21.910
2 1.094 12.152 42.322 1.837 20.413 42.322 3 .990 11.002 53.324
4 .908 10.088 63.413 5 .850 9.447 72.860
6 .709 7.882 80.742 7 .682 7.583 88.325
8 .572 6.350 94.675 9 .479 5.325 100.000
Extraction Method: Principal Component Analysis. From the table 4.61 it is found that the nine variables on the
whole explained 42.322 percent of total variance and two factors are
emerged out of the variables. The individual eigen values 1.972 and
1.837 along with individual variances 21.910 and 20.413 respectively.
The two factors evolved are represented by the component variables as
presented in the table below.
149
Table – 4.62 Variables and Variables Loadings for the Factors of Evaluation of
Alternatives
Item no
Variables / factors Variable Loadings
Factor I – Consumer purchase decision
2 Price is an important criterion 0.779
4 Availability is very important 0.700
6 The ingredients are important to buy the selected brands
0.544
5 Attractive packaging is necessary 0.432 Factor II – Product properties
7 For their medicinal value 0.811
8 Herbal nature of product is an important criterion
0.772
Extraction Method: Principal Component Analysis. Rotation Method: Varimax with Kaiser Normalization.
a Rotation converged in 6 iterations.
From the above table 4.62, it is very clear that the first factor
consists of four variables and named as „Consumer purchase decision‟.
The second factor consists of two variables which are named as „Product
properties‟. Medicinal value of Fast moving consumer goods are
considered to be the main and important criterion while evaluating the
various brand of Fast moving consumer goods by the rural consumers
of Salem District to take the final decision. Price, availability and herbal
nature of Fast moving consumer goods are also taken into account while
evaluating the various brands by the rural consumers.
The predominant factors identified through factor analysis forms
the basis and also create a research question what are the different
blocks of consumers exists among rural consumers in Salem District.
This classification actually enumerates the factors involved in
perceptional differences among the consumers.
150
4.20 CLASSIFYING THE RURAL CONSUMERS BASED ON THEIR PERCEPTION OF FACTORS OF EVALUATION OF
ALTERNATIVES
The factor analysis revealed that evaluation of alternatives is
aimed at consumer purchase decision and product properties. Now an
attempt is made to classify the consumers‟ perception about the above
mentioned factors of evaluation of alternatives. The K-means cluster
analysis is applied on these factors by identifying the co-efficient of
hierarchical clusters and frequency of each cluster. The results are
displayed in the following tables.
Table – 4.63
Final Cluster Centers for the Factors of Evaluation of Alternatives
Factors Cluster
Knowledgeable Consumers
Need based consumers
Consumer purchase Decision 4.21 3.46
Product properties 4.49 3.06
Table – 4.64
Final Cluster Centers for the Factors of Evaluation of Alternatives
Cluster Knowledgeable consumers
Need based consumers
Valid
402.000 198.000 600.000
From the table 4.63 and 4.64, it is clear that 67 percent of rural
consumers in Salem District are found in first cluster with strong
qualities and more knowledge about the factors consumer purchase
decisions and product properties and, therefore, the first cluster of
respondents is known as Knowledgeable Consumers. The second
cluster consists of 33 percent of rural consumers with weak qualities
and knowledge about the factors consumer purchase decisions and
product properties and, therefore, it is called as Need Based Consumers.
151
The above table clearly shows that most of the rural consumers widely
use the various evaluative criteria before purchasing the Fast moving
consumer goods. Only 33 percent respondents are less aware about the
evaluative criteria. It is finally concluded that the knowledgeable
consumers posses a clear wisdom about the factors consumer purchase
decisions and product properties.
4.21 ASSOCIATION ANALYSIS OF EVALUATION OF
ALTERNATIVES
4.21.1 Association between Gender and Clusters of Evaluation of
Alternatives
The chi-square test is applied to find out the association between
gender and clusters of evaluation of alternatives. The cross tabulation
between gender and the clusters of evaluation of alternative is presented
in the table below:
Table – 4.65 Gender and Clusters of Evaluation of Alternatives
Cluster Number of Case Total Knowledgeable
Consumers Need based consumers
Gender Male 188 102 290
Female 214 96 310 Total 402 198 600
Table – 4.66 Chi-Square Tests
Value df
Asymp. Sig.
(2-sided)
Exact Sig. (2-sided)
Exact Sig. (1-sided)
Pearson Chi-Square 1.198(b) 1 .274
Continuity Correction(a)
1.015 1 .314
Likelihood Ratio 1.198 1 .274
Fisher's Exact Test .297 .157
152
Value df
Asymp. Sig.
(2-sided)
Exact Sig. (2-sided)
Exact Sig. (1-sided)
Linear-by-Linear Association
1.196 1 .274
No of Valid Cases 600
a Computed only for a 2x2 table b 0 cells (.0 percent) have expected count less than 5. The minimum
expected count is 95.70. Hypothesis - There is no Association between Gender and clusters of
Evaluation of Alternatives.
From the above table, it is ascertained that the maximum
frequency 35.66 percent is concentrated at the cell (2, 1). This clearly
indicates that the knowledgeable consumers are thickly found in the
female consumer category. From the chi-square analysis it is found that
Pearson‟s chi-square value is 1.198, likelihood ratio 1.198 and linear by
linear association 1.196 is not significant at 5 percent level. Hence it is
concluded that the gender of consumers and the classification based on
evaluation of alternatives are not at all associated. This implies that
gender does not determine the classification of consumers based on
evaluation of alternatives.
4.21.2 Association between Marital Status and Clusters of Evaluation
of Alternatives
The chi-square test is applied to find out the association between
marital status and clusters of evaluation of alternatives. The cross
tabulation between marital status and the clusters of evaluation of
alternatives is presented in the table below:
153
Table - 4.67 Marital Status and Clusters of Evaluation of Alternatives
Cluster Number of Case Total
Knowledgeable consumers
Need based consumers
Marital status Single 167 87 254
Married 235 111 346 Total 402 198 600
Table - 4.68 Chi-Square Tests
Value df Asymp.
Sig. (2-sided)
Exact Sig.
(2-sided)
Exact Sig.
(1-sided) Pearson Chi-Square
.312(b) 1 .576
Continuity Correction(a)
.222 1 .638
Likelihood Ratio .312 1 .577
Fisher's Exact Test .599 .318
Linear-by-Linear Association
.312 1 .577
No of Valid Cases 600
a Computed only for a 2x2 table b 0 cells (.0 percent) have expected count less than 5.
The minimum expected count is 83.82.
Hypothesis - There is no Association between Marital Status and
clusters of Evaluation of Alternatives.
From the table, it is evident that the maximum frequency 39.16
percent is established at the cell (2,1) . This clearly indicates that the
knowledgeable consumers are thickly found in the married rural
consumer category. From the chi-square analysis it is found that
Pearson‟s chi-square value is 0.312, likelihood ratio 0.312 and linear by
linear association 0.312 is not significant at 5 percent level. Hence it is
concluded that the marital status of consumers and the classification
based on evaluation of alternatives are not at all associated.
154
4.21.3 Association between Nature of Family and Clusters of
Evaluation of Alternatives
The chi-square test is applied to find out the association between
nature of family and clusters of evaluation of alternatives. The cross
tabulation between nature of family and the clusters of evaluation of
alternatives is presented in the table below:
Table – 4.69
Nature of Family and Clusters of Evaluation of Alternatives
Cluster Number of Case
Total
Knowledgeable consumers
Need based consumers
Nature of family Joint 164 77 241 Nuclear 238 121 359
Total 402 198 600
Table – 4.70
Chi-Square Test
Value df Asymp. Sig. (2-sided)
Exact Sig. (2-sided)
Exact Sig. (1-sided)
Pearson Chi-Square .201(b) 1 .654
Continuity Correction(a) .129 1 .719 Likelihood Ratio .201 1 .654
Fisher's Exact Test .723 .360 Linear-by-Linear Association
.200 1 .654
No of Valid Cases 600
a Computed only for a 2x2 table b 0 cells (.0 percent) have expected count less than 5.
The minimum expected count is 79.53.
Hypothesis - There is no Association between Nature of Family and
clusters of Evaluation of Alternatives.
155
The above table clearly indicates that maximum frequency 39.66
percent is dumped at the cell (2, 1) and the minimum frequency 12.83
percent is established at the cell (1, 2). This indicates that the dynamic
consumers are thickly found in the nuclear family. From the chi-square
analysis, it is found that Pearson‟s Chi-square value is 0.201, likelihood
ratio 0.201 and linear by linear association 0.200 is not significant at 5
percent level. So, it is concluded that the nature of family and the
classification based on evaluation of alternatives are not at all associated.
4.21.4 Association between Age and clusters of Evaluation of
Alternatives
The chi-square test is applied to find out the association between
age and clusters of evaluation of alternatives. The cross tabulation
between age and the clusters of evaluation of alternatives is presented in
the table below:
Table – 4.71 Age and Clusters of Evaluation of Alternatives
Cluster Number of Case Total
Knowledgeable consumers
Need based consumers
Age
Upto 25 years 159 78 237
26 - 35 Years 109 59 168 36 - 45 Years 68 23 91
46 - 55 Years 39 18 57
55 Years above 27 20 47 Total 402 198 600
Table – 4.72 Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Pearson Chi-Square 4.790(a) 4 .309
Likelihood Ratio 4.827 4 .306 Linear-by-Linear Association .119 1 .730
No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 15.51.
156
Hypothesis - There is no Association between Age and clusters of
Evaluation of Alternatives.
From the above table, it is evident that maximum frequency 26.5
percent is concentrated at the cell (1, 1) and the minimum frequency 3
percent is established at the cell (4, 2). From the chi-square analysis it is
found that Pearson‟s chi-square value is 4.790, likelihood ratio 4.827 and
linear by linear association 0.119 is not significant at 5 percent level. So,
it is concluded that the age and the classification based on evaluation of
alternatives are not at all associated. This also proves age of the rural
consumers is independent and does not categories different groups of
rural consumers based on evaluation of alternatives.
4.21.5 Association between Educational Qualification and Clusters of
Evaluation of Alternatives
The chi-square test is applied to find out the association between
education and clusters of evaluation of alternatives. The cross tabulation
between age and the clusters of evaluation of alternatives is presented in
the table below:
Table – 4.73 Educational Qualification and Clusters of Evaluation of Alternatives
Cluster Number of Case Total
Knowledgeable consumers
Need based consumers
Education
School level 150 59 209
Graduate 132 69 201 Diploma level 56 29 85
PG level 44 23 67 Professionals 20 18 38
Total 402 198 600
157
Table – 4.74 Chi-Square Tests
Value df Asymp. Sig. (2-sided)
Pearson Chi-Square 5.961(a) 4 .202
Likelihood Ratio 5.827 4 .212 Linear-by-Linear Association
4.347 1 .037
No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 12.54.
Hypothesis - There is no Association between Educational
Qualification and clusters of Evaluation of Alternatives.
The above table clearly indicates that maximum frequency 25
percent is concentrated at the cell (1, 2) and the minimum frequency 3
percent is established at the cell (5, 2). This indicates that the
knowledgeable consumers are thickly found in the school level
education consumers. From the chi-square analysis it is found that
Pearson‟s chi-square value is 5.961, likelihood ratio 5.827 and linear by
linear association 4.347 is not significant at 5 percent level. So, it is
concluded that the education and the classification based on evaluation
of alternatives are not at all associated.
4.21.6 Association between Occupation and Clusters of Evaluation of
Alternatives
The chi-square test is applied to find out the association between
occupation and clusters of evaluation of alternatives. The cross
tabulation between occupation and the clusters of evaluation of
alternatives is presented in the table below:
158
Table – 4.75 Occupation and Clusters of Evaluation of Alternatives
Cluster Number of Case Total
Knowledgeable consumers
Need based consumers
Occupation
Agriculture 70 48 118
Self-employed 35 26 61 Businessman 33 15 48
Housewife 53 9 62 Govt. employee 48 24 72
Private employee 45 29 74 Student 97 35 132
Others 21 12 33
Total 402 198 600
Table – 4.76
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Pearson Chi-Square 19.313(a) 7 .007
Likelihood Ratio 20.628 7 .004 Linear-by-Linear Association 3.354 1 .067
No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 10.89.
Hypothesis - There is no Association between Occupation and
clusters of Evaluation of Alternatives.
From the above table it is very clear that the maximum frequency
16.17 percent is concentrated at the cell (7, 1) and the minimum
frequency 1.5 percent is established at the cell (4, 2). This indicates that
the knowledgeable consumers are thickly found in the students‟ level.
From the chi-square analysis it is found that Pearson‟s chi-square value
is 19.313, likelihood ratio 20.628 and linear by linear association 3.354 is
significant at 5 percent level. So it is concluded that the occupations and
the classification based on evaluation of alternatives are well associated.
159
CHART 4.5
OCCUPATION AND CLUSTERS OF EVALUATION OF
ALTERNATIVES
4.21.7 Association between Family Monthly Income and Clusters of
Evaluation of Alternatives
The chi-square test is applied to find out the association between
monthly income and clusters of evaluation of alternatives. The cross
tabulation between monthly income and the clusters of evaluation of
alternatives is presented in the table below:
Table – 4.77
Family Monthly Income and Clusters of Evaluation of Alternatives
Cluster Number of Case
Total
Knowledgeable consumers
Need based consumers
Family Monthly income
Upto Rs. 5,000 138 73 211
Rs. 5,001 – Rs. 10,000 146 65 211 Rs. 10,001 – Rs.15,000 55 31 86
Rs. 15,001 – Rs. 20,000 29 16 45 Above Rs. 20,000 34 13 47
Total 402 198 600
160
Table – 4.78
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Pearson Chi-Square 1.803(a) 4 .772 Likelihood Ratio 1.818 4 .769
Linear-by-Linear Association .183 1 .669 No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 14.85.
Hypothesis - There is no Association between Family Monthly
Income and clusters of Evaluation of Alternatives.
The above table clearly indicates that maximum frequency 24.33
percent is concentrated at the cell (2, 1) and the minimum frequency 2.16
percent is established at the cell (5, 2). This indicates that the
knowledgeable consumers are thickly found in the income level of Rs.
5001- Rs.10,000. From the chi-square analysis it is found that Pearson‟s
chi-square value is 1.803, likelihood ratio 1.818 and linear by linear
association 0.183 is not significant at 5 percent level. So it is concluded
that the monthly income of the family and the classification based on
evaluation of alternatives are not at all associated.
4.21.8 Association between Size of the Family and Clusters of
Evaluation of Alternatives
The chi-square test is applied to find out the association between
size of the family and clusters of evaluation of alternatives. The cross
tabulation between size of the family and the clusters of evaluation of
alternatives is presented in the table below:
161
Table – 4.79
Family Size and Clusters of Evaluation of Alternatives
Cluster Number of Case
Total
Knowledgeable consumers
Need based consumers
Family size 2 members only 42 27 69 3 – 4 members 252 117 369
5 and above 108 54 162 Total 402 198 600
Table – 4.80
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Pearson Chi-Square 1.460(a) 2 .482 Likelihood Ratio 1.430 2 .489
Linear-by-Linear Association .284 1 .594
No of Valid Cases 600
a 0 cells (.0 percent) have expected count less than 5. The minimum expected count is 22.77.
Hypothesis - There is no Association between Size of the Family and
clusters of Evaluation of Alternatives.
The above table clearly indicates that maximum frequency 42
percent is concentrated at the cell (2, 1) and the minimum frequency 4.5
percent is established at the cell (1, 2). This indicates that the
knowledgeable consumers are thickly found in the families having 3 – 4
members in the family. From the chi-square analysis it is found that
Pearson‟s Chi-square value is 1.460, likelihood ratio 1.430 and linear by
linear association 0.284 is not significant at 5 percent level. So it is
concluded that the size of the family does not determine the
classification of consumers based on evaluation of alternatives and both
are not at all associated. Family size variations lead to different notions
about evaluating suitable alternatives.
162
4.22 AWARENESS ON THE SIGNIFICANCE OF FAST MOVING
CONSUMER GOODS
The rural consumers and their awareness is an important
behavioural aspect for the success of marketers. Full awareness and its
significance on health and hygiene help the marketers to augment their
business domain. The following frequency distribution clearly presents
the awareness percentage of rural consumers in Salem District.
Table – 4.81
Awareness of Fast moving consumer goods
Frequency
Valid Percent
Cumulative Percent
Awareness
Yes 463 77.2 77.2
No 137 22.8 100.0 Total 600 100.0
From the table 4.81, it is evident that 77.2 percent of the
respondents have knowledge about the Fast moving consumer goods
and 22.8 percent of the respondents are not much aware about the Fast
moving consumer goods.
CHART 4.6
AWARENESS OF FAST MOVING CONSUMER GOODS
163
4.23 RURAL CONSUMERS VIEW ABOUT BRAND AWARENESS
Brand awareness refers to the strength of the brand presence in
the consumer‟s mind. Brand awareness consists of brand recall and
brand recognition. Brand recognition relates consumer ability to
confirm prior exposure to the brand when given the brand as a cue.
Brand recall relates to consumer ability to retrieve the brand when given
the product category, the needs fulfilled by the category or some other
types of probe as a cue. Brand awareness makes it easier form
consumers to identify products with the well-known brand names. One
sample t-test is applied to find out the brand awareness and the benefits
of the brand used by the rural consumers of Salem District and the
results are tabulated below.
Table – 4.82 One Sample t-test for Brand Awareness
Variables N Mean Std.
Deviation
Std. Error Mean t-
va
lue
Sig
(2
-tai
led
)
The brand of Fast moving consumer goods stays fixed in my mind
600 4.2767 .87640 .03578 35.682 .000
Able to distinguish one brand from the other by its performance
600 3.9267 .90332 .03688 25.128 .000
Able to discriminated between brands, as I have prior knowledge about them
600 3.9717 .99793 .04074 23.850 .000
Awareness of the other brands produced by the same manufacturer
600 3.6817 1.07031 .04370 15.600 .000
Good exposure to the brand plays an Important role for remembrance
600 4.1250 .93318 .03810 29.530 .000
Brand recognition of the Fast moving consumer goods is due to its performance
600 3.9565 .99317 .04061 23.552 .000
164
From the above table, it is evident that by comparing the mean
values of variables of Brand Awareness the first variable brand stays
fixed in mind and the fifth variable good exposure to the brand plays an
important role for remembrance are strongly agreed by the rural
consumers (Mean = 4.27 and 4.12). The other variables of brand
awareness like awareness of other brands, brand recognition of the fast
moving consumer goods and knowledge about the discrimination of
brands are agreed by the rural consumers of Salem District since the
mean values are less than four. The t-values of the respective seven
variables are statistically significant at 5 percent level. Therefore it is
concluded that the rural consumers of Salem District are aware of the
various brands of Fast moving consumer goods.
4.24 MAJOR INFLUENCING MEDIA CHANNEL
A medium is called a mass medium when it reaches millions of
people. But poor exposure to the mass media and the ineffectiveness of
universalized communication aimed at heterogeneous rural audiences,
make it difficult for the mass media to address the communication need
in rural markets in an effective manner. The role and relevance of the
mass media is explored in the following table.
Table – 4.83 Major influencing media channel
Frequency
Valid Percent
Cumulative Percent
Medias
TV 352 58.7 58.7 Radio 78 13.0 71.7
Newspapers 57 9.5 81.2
Magazines 25 4.2 85.3 Friends 47 7.8 93.2
Neighbours 22 3.7 96.8 Colleagues 12 2.0 98.8
Trade associations 7 1.2 100.0 Total 600 100.0
(Source: Primary Data)
165
From the table 4.83 it is evident that TV occupies predominant
role (58.7 percent) with regard to the media for Fast moving consumer
goods and reaching the messages and advertisement of Fast moving
consumer goods to the consumers of Salem District. The viewing of TV
in rural areas of Salem District has increased because of the distribution
of free TV sets by the Govt. of Tamilnadu. Television is the fastest
growing, most powerful and most popular medium both in rural and
urban areas. 13 percent of the respondents came to know about the Fast
moving consumer goods through Radio. Irrespective of literacy levels,
topography, geographical location, or area of residence, radio reaches
people easily. It continues to be the cheapest mass medium with the
widest reach. The other mediums are not popular in the rural areas of
Salem District.
CHART 4.7
MAJOR INFLUENCING MEDIA CHANNEL
166
4.25 TYPE OF SHOP MOST FAVOURED
With the spread of consumers across various population
categories, marketers face the problem of accessing these markets.
Apart from ensuring the reach of their product to retail outlets,
marketers also need to motivate retailers to stock their product or brand.
It is an easy proposition to distribute a truckload of soaps in the urban
market covering a small geographical area. But to sell the same
truckload in the rural market one has to cover hundreds of small and
large villages, which increases the distribution and promotion costs
significantly. The preference for retail outlet by the respondents in the
rural areas of Salem District is represented in the following table.
Table – 4.84
Type of Shop Most Favoured
Frequency Valid Percent
Cumulative Percent
Retail outlet
Shop in rural area 182 30.33 30.33
Shop in town 266 44.33 74.66 Departmental stores 60 10 85.1
From anywhere it is available
92 15.34 100.0
Total 600 100.0
(Source: Primary Data) From the table 4.84 it is clear that 44.6 percent of the respondents
prefer to buy the Fast moving consumer goods from the retail out let in
urban area and 30.5 percent of the respondents prefer to buy the Fast
moving consumer goods from the shop in rural area and 14.9 percent of
the respondents buy the Fast moving consumer goods from anywhere it
is available. The above results clearly indicates that though retail outlets
are situated in the rural areas nearly 50 percent of the respondents in
the rural areas prefer to buy the Fast moving consumer goods from the
urban retail outlet only. The location of the shop is not much important
167
to most of the rural consumers, since most of the respondents in rural
area purchase Fast Moving Consumers Goods from the retail outlet in
town only.
4.26 PRICE PERCEPTION FOR FAST MOVING CONSUMER
GOODS
In the rural market, the level of consumer involvement with the
product and the nature of competition in the particular industry play
significant roles in the selection of the pricing objective. Rural
consumers have limited and fluctuating purchasing power. Therefore,
the marketers need to build the pricing strategy of the company keeping
in mind not only the customers‟ limited ability to pay but also the
modes of payments and their timings, that rural consumers usually
adopt. The perception of the rural consumers about the price is depicted
in the following table:
Table – 4.85 Price Perception of Fast moving consumer goods
Frequency Valid Percent
Cumulative Percent
Price
Very high 139 23.2 23.2
Some what high 225 37.5 60.7 High 139 23.2 83.8
Not high 65 10.8 94.7 Not very high 32 5.3 100.0
Total 600 100.0
(Source: Primary Data) Table 4.85 clearly shows that 37.4 percent of the respondents feel
that the price of Fast moving consumer goods are some what high and
23.1 percent of the respondents feel the price of Fast moving consumer
goods are very high. Only 10.8 percent of the respondents feel the price
is not high. So it is concluded that the rural consumers in Salem District
feel the price of Fast moving consumer goods are high. As almost one
168
third of the rural employed are daily wage earners, they never have
sufficient money on any given day. Therefore, companies need to
introduce low-point price packs so that their product is included in the
daily basket of purchases of the wage earner.
CHART 4.8
PRICE PERCEPTION OF FAST MOVING CONSUMER GOODS
4.27 QUALITY PREFERENCE OF FAST MOVING CONSUMER
GOODS
The perceptions of the rural consumers of Salem District with
regard to the quality of Fast moving consumer goods are depicted in the
following table.
Table – 4.86
Quality Preference of Fast moving consumer goods
Frequency
Valid Percent
Cumulative Percent
Quality Highest quality 171 28.5 28.5
Higher quality 140 23.3 51.8
169
Frequency
Valid Percent
Cumulative Percent
Reasonable quality 265 44.2 96.0
Low quality 24 4.0 100.0 Total 600 100.0
(Source: Primary Data) It appears from the above table that 44.2 percent of the
respondents prefer to buy Fast moving consumer goods with reasonable
quality only. They are also not ready to buy Fast moving consumer
goods with low quality as only 4 percent respondents prefer low quality
Fast moving consumer goods. This clearly shows that rural consumers
are ready to pay for the quality product. They are not ready to sacrifice
the quality for the sake of any reason.
CHART 4.9
QUALITY PREFERENCE OF FAST MOVING CONSUMER GOODS
4.28 RURAL CONSUMERS VIEW ABOUT BRAND KNOWLEDGE
Brand knowledge is an unequivocal corner stone of brand equity
concept. It is referred to the breadth and depth of brand awareness,
170
strength, favourability and uniqueness of brand association and brand
responses held in consumer memory and the nature of consumer brand
relationships. The brand knowledge also reveals what the customers
have learned, felt, seen and heard about the brand as a result of their
experiences over time. Thus brand knowledge can be expressed as a
sum of brand awareness and brand image. It facilitates the consumers
to have familiarity with a brand, have a better encoding ability and
better developed procedural knowledge. The brand knowledge effects
through brand awareness and brand association, the benefits of brand
are underlined as outcomes. Questions were framed to measure the
brand knowledge of rural consumers of Salem District and the results
are tabulated below:
Table – 4.87
One Sample t-test for Brand Knowledge
Variables N Mean Std.
Deviation
Std
.Err
or
Me
an
t-v
alu
e
Sig
.
(2-t
ail
ed
)
Sure decision about the
brand before buying 600 4.3950 .82671 .03375 41.333 .000
Helps to recall the
attributes of the product 600 4.1017 .84014 .03430 32.120 .000
Brand knowledge helps to identify the Ingredients of the
product
600 3.9017 .92921 .03793 23.769 .000
Stimulates the use of the same brand
600 4.1650 .92873 .03792 30.726 .000
Enables one to understand the image of
the brand
600 3.9967 1.00250 .04100 24.311 .000
Able to distinguish between original brand and spurious brand
600 3.9417 1.10920 .04528 20.795 .000
171
It is evident from the above table 4.87 that the rural consumers of
Salem District strongly agree the variables; Sure decision about the
brand before buying, recalling the attributes and benefits of the brand
and stimulates the use of the same brand (Mean = 4.39, 4.10, 4.16).
Before buying the Fast moving consumer goods, the rural consumers
are very clear in their view of brand selection. The mean values of the
other variables like brand knowledge, brand image and knowledge
about original and spurious brand are also maintained at three which
shows that the rural consumers of Salem District have good knowledge
about the various brands of Fast moving consumer goods.
172
REFERENCES
Arunabha Sinha (2005) , “Rural Consumer behaviour”, Sonali
Publications, New Delhi, First edition, pp. 70.
Dey, N.B. and Adhikari, Kingshuk (1998), “Rural Marketing
Challenges and Opportunities”, Yojana, 42(5), p. 21-22, 41.
Del I Hawkind, Roger J. Best, Kenneth A Coney and Amit
Mookerjee, (2007),Consumer Behaviour- Building Marketing
Strategy, Tata McGraw Hill Publishers, New Delhi, pp. 127-129
Mc Donald W.J. (1993), “The role of demographics, purchase
histories, and shopper decision-making styles in predicting
consumer catalog loyalty, Journal of Direct Marketing, summer,
pp. 55-65.
George Katona and Eva Mueller(1955),“A Study of Purchasing
Decisions”, in Lincoln H. Clark ed., Consumer Behaviour: the
Dynamics of Consumer Reaction, New york, New York
University Press, p. 45.
James E. Stafford and Thomas Y. Geer(1965), “Consumer
Preference for Types of Salesmen:A study of Independence –
Dependence Characteristics, Journal of Retailing, summer,
pp. 27-33.
John.A. Howard (1963), Marketing Management, Homewood,
III:, Richard D. Irwin, Inc., chapters 3 and 4.
John Arndt, Word-of-mouth Advertising and Perceived
Risk(1968), “ Perspectives in Consumer Behaviour”, ed., Harold
H. Kassarjian and Thomas B. Robertson., Glenview III., Scott,
Foreman and Company, pp. 330-336.
John.R. Keer and Bruce Weale (1970), “Collegiate Clothing
Purchasing Patterns and Fashion Adoption Behaviour, Southern
Journal of Business, July, 1970.
173
Kannan, Shanthi (2001), “Rural market- A world of opportunity”,
Hindu, 11 October, 2001.
Krishnamoorthy, Narayan (2000), “The new deceision maker” , A
& M , 15 April, 2000, p. 126.
Mark E. Siama and Armen Tashchian(1985), “Selected
Socioeconomic and Demographic Characteristics Associated with
Purchasing Involvement,” Journal of Marketing, Vol. 49
(Winter 1985), pp. 72-82.
Mathios A.D. (1996), “Socioeconomic factors, Nutrition, and Food
Choice,” Journal of Public Policy & Marketing, spring 1996,
pp.45-54.
Mulhern, F.J. Williams J.D. (1998), “Variability of Brand Price
Elasticities across Retail Stores,” Journal of Retailing, no. 3(1998),
pp. 427-45.
Nitin Mehrotra (2005) , “Indian FMCG Industry- A Primer”,
ICFAI Books, The ICFAI University Press, First edition, pp. 35
Pradeep Kashyap and Siddhartha Raut (2006),”The Rural
Marketing Book”, Dreamtech press, First edition , pp. 118.
Raju M.S. and Dominique Xardel(2004), “Consumer Behaviour-
Concepts, applications and cases”, Vikas publishing House
pvt. Ltd., pp. 10.
Roger D. Blackwell and W. Waye Talarzyk, Consumer Attitude
toward Health Care and Malpractice, Columbus, Grid Publishing,
Inc., 1977.
Robert W. Cosenze (1985), “Family Decision Making Decision
Dominance Structure Analysis- An Extension,” Journal of the
Academy of Marketing Science, Vol.13(winter 1985), pp. 91-103.
Sathish K Batra and SHH Kazmi (2004), “Consumer behaviour –
Text and Cases”, First edition, Excel Books, pp. 262.