GFGC SHORAPUR Criterion -01

Criterion -01

Metric:1.1.3

Year Name of teacher participated Name of the body in which full time teacher participated

2016-17 Raghavendra GudaguntiBOS SOCIOLOGY /PAPER Setting and Evaluation




2016-17 Rajshekar Madival Evaluation2017-18 Rajshekar Madival Evaluation

2018-19 Rajshekar MadivalPHYSICS Syallabus Frame

and Evaluation2019-20 Rajshekar Madival BOS PHYSICS &Evaluation

4. Assessment /evaluation process of the affiliating University

GFGC SHORAPUR1.1.3 Teachers of the Institution participate in following activities related to curriculum development

and assessment of the affiliating University and/are represented on the following academic bodies during the last five years

1. Academic council/BoS of Affiliating university2. Setting of question papers for UG/PG programs 3. Design and Development of Curriculum for Add on/ certificate/ Diploma Courses

Criterion -01Metric:1.2.1

Programme Code Programme name Year of IntroductionStatus of implemetation

of CBCS / elective course system (Yes/No)

Year of implemetation of CBCS / elective

course system

Link to the relevant document

HISTORY 1992 YESECONOMICS 1992 YES

POLITICAL SCIENCE 1992 YESSOCIOLOGY 1992 YESKANNADA 1992 YESENGLISH 1992 YESPHYSICS 2007 YES 2018-19MATHEMATICS 2007 YESCOMPUTER SCIENCE 2007 YESCOMMERCE 2007 YES

GFGC SHORAPUR1.2.1 Percentage of programs in which Choice Based Credit System (CBCS)/elective course system has been

implemented

Criterion -01Metric:1.2.2Metric:1.2.3

Name of Add on /Certificate programs offered Course Code (if any) Year of offering

No. of times offered during the same year Duration of course

Number of students enrolled in the year

Number of Students completing the course in the year













NO ADD ON COURSES

Year 2018-19

Year 4

GFGC SHORAPUR1.2.2 Number of Add on /Certificate programs offered during the last five years

1.2.3 Average percentage of students enrolled in Add-on/Certificate programs as against the total number of students during the last five years

Year -2016-17

Year 2017-18

NO ADD ON COURSES

NO ADD ON COURSES

NO ADD ON COURSES


Program name Program code

Name of the Course that include experiential

learning through project work/field

work/internship

Course code

Year of offering

Name of the student studied

course on experiential

learning through project

work/field work/internship


B.Com B.Com

1.3.2 Average percentage of courses that include experiential learning through project work/field work/internship during last five years (10)

GFGC SHORAPUR


Programme name Program CodeList of students undertaking

project work/field work/internship


GFGC SHORAPUR

1.3.3 Percentage of students undertaking project work/field work/internship (Data for the latest completed academic year)

Academic Calendar, 2020-21

Designed by SQAC- DCE Page 1 of 6

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¸ÀPÁðj ¥ÀæxÀªÀÄ zÀeÉð PÁ¯ÉÃdÄ, …………

……..Dist. Karnataka, Pin:

College Logo if any

ACADEMIC CALENDAR

For the year 2020-2021

Prepared by

Internal Quality Assurance Cell



Annexure-01

List of mandatory activities as per the requirement of Assessment and Accreditation (A&A)

of NAAC. The IQAC must incorporate these in their final Calendar of Events along

with other Institutional level academic and other activities in adherence to respective

Universities Calendar of Events (CoE)

Sl.

No

NAAC

Metrics Activity/ies

NAAC

Weightage Odd/Even

Week and month/

Action Taken /

Remarks

1 General

Principal’s Meeting with

H.O.D & staff for formation of committees &

action plan

- Odd 1st day of Reopening

2 General

Induction/orientation/

Inaugural Programme for First Year Students

-- Odd 1

st Week of

reopening

3 General Preparation of Timetable - Both First week of the

semester

4 1.1.2 Preparation of Calendar

of Events 05 First week of the Odd semester

5 1.2.2 Add on/Certificate

Courses* 10+ 10 Both

First Three months

of the Semester

6 1.3.1

Crosscutting Issues- Special Lectures on Ethics,

gender, Human Values,

Environment and Sustainability

10 Even Fourth week of 1

st

Month

7 1.4.1 Stakeholders Feedback 10+10 Even First Week of 4

th

Month

8 2.3.3 Awareness session on

Mentor Programme and its

advantages

15 Odd Second week of First

month

9 2.5.1 IA Assessment 15+15 As per University guidelines and CoE

10 2.6.3

Result analysis and action

plan by description &

upload to website

30 Both Within 02 weeks

from the release of

result sheets**

11 3.1.3 Seminar/

Conference/Workshop 05 Both

At least 01 each in a

year to be conducted

12 3.3.1

Extension Activities -

Street Play, Jatha, Human-Chain by NSS/NCC/Red-

cross, Scout and

Guides/NGO and NSS

annual special Camp

10+10+20+20 Both

Colleges can

collaborate with

NGOs, industries,

Govt. Departments

for support.

13 5.1.3

One-week programme on

soft Skill, Language and

Communication Skill, ICT/Computer skills

10 Both

One-week

programme(covering

all four skill) for each

semester. (afternoon)

14 5.1.4 Guidance programme on

various competitive exams 10 Both

Continuous activities

(as and when

notifications are out)

by Placement Cell



15 5.1.5

Sensitization on Prevention of Sexual

harassment cell & Anti

Ragging cell

05 Odd Beginning of the

semester

16 5.2.1 Pre-Placements Training, Guidance & Counselling

10

Both For final year

students

17 5.2.1 Placements Drive Both For final year

students

18

5.3.3

Sports, Cultural and competitions

20

Both

As per University

Sports and Cultural

COE

19 Sports and Cultural Day Even First week of last

Month

20 General Valedictory programme Last month of Even semester

21 5.4.1 Alumni meet once in a

year

05+05

Even First week of second

month

22 5.4.2 Seminar or Talk by

Alumni for students Both

(at least two in a year

or one in a semester)

23 6.3.5 Academic Audit 05 Even First week of last

month

24 6.5 IQAC Meeting

(Twice in a semester) 10+10+10 Both

Begging and End of

Each semester

25 6.5.3 Preparation & upload of

AQAR Reports 10 As per NAAC guidelines

26 7.1.6 Stock verification 05 Even

Second week of last

month

27 General Parent Teachers Meeting -- Both After the release of

Odd/ Even semester

results

28 General Two CDC meetings - Both One in each semester

* Students of 3rd and 5th semesters must register for MOOC courses on SWAYAM or any other suitable UGC

recognized platforms. https://docs.google.com/spreadsheets/d/e/2PACX-

1vTDp7Tc1jHmOcE82rml9Fj1wgdERMb8yMMyUMZC6B2I1VOVO8zt-

**Result analysis to be prepared for each Programme (B.Com, BBA/BBM) and Course (BA, B.Sc - Subject

wise) as per Grade wise/ Class

Total number

of students Appeared Absent FCD***

First

Class

Second

Class

Pass

Class Fail

Pass

percentage

*** FCD= First Class with Distinction



Annexure-02

ACADEMIC CALENDAR June -2020

Week &

Month Activities

Jun

e 2

02

0

Fir

st W

eek

List of Activities and Date Action Taken / Remarks

June

2020

Sec

ond W

eek


June

2020

Thir

d W

eek


Jun

e 2

02

0

Fo

urt

h W

eek




ACADEMIC CALENDAR July - 2020

Week &

Month Activities

July

20

20

Fir

st W

eek


July

2020

Sec

ond W

eek


July

2020

Thir

d W

eek


July

20

20

Fo

urt

h W

eek




Prepare the same format for rest of the 10

months

Total No. of Class held

Attended % Attended % Attended % Attended % Attended % Attended %12345678

AttendedPercenta

ge

1) 2017648 Chidananda Siddappa 28 93

2) 2017649 Dandappa Bheemaray 28 93

3) 2017650Dastappa Madara Durgappa Madara 25 83

4) 2017651 Devappa Hanamntraya 24 80

5) 2017652 Gayanappa Chalageppa 29 97

6) 2017653 Geeta Ayyappa 29 87

7) 2017654 Honnappa Hanmantraya 24 80

8) 2017655 Kalappa Basavaraj 24 80

9) 2017656 Nagappa Bheemanna 25 83

10)

2017657 Parshuram Manappa 26 87

11)

2017658 Prabhu Basappa 28 93

12)

2017659 Ramachandrappa Tippanna 24 80

13)

2017660 Ramkumar Bheemanna 29 97

14)

2017661 Rayanna Lachappa 25 83

15)

2017662 Sakreppa Basavaraj 24 80

16)

2017663 Timmanna Nandanna 28 93

ATTENDENCE For Academic Year is Mentained in Hard Copy for the Year 2016-17, 2017-18, 2018-19 & 2019-20

Reg. no Name of the studentSl. No

GOVT. FIRST GRADE COLLEGE, SHORAPURAnnexure – 1.1

Criteria – 01 Metric - 1.1

Total No. of Class held – 30

Sl. No. Reg. No. Name of the Student

Subject 01

Annexure – 1.1Criterion -01Metric:1.1.1

Average of all subjectSubject 06

Name of the College Programme & Course: B. Com/BA/B. Sc

Consloidated attendance of ODD or Even Semester

Subject 01 Subject 02 Subject 03 Suject 04 Subject 05

17)

2017664 Basavaraj Sharanappa 28 93

18)

2017665Beerappa Pujari Somappa Pujari 25 83

19)

2017666 Bheemappa Manappa 24 80

20)

2017667 Bheemashankar Dyavappa 29 97

21)

2017668 Haidaarasa Patel 29 87

22)

2017669Hanamanta Hutaganna Ningappa 24 80

23)

2017670 Hanamantray Jettappa 24 80

24)

2017671 Kashinath Mallikarjun 25 83

25)

2017672 Malappa Basavaraj 26 87

26)

2017673 Malingaraya Bheemaraya 28 93

27)

2017674 Mallikarjun Dandappa 24 80

28)

2017675 Mareppa Bheemappa 29 97

29)

2017676 Mounesh Sharanagouda 25 83

30)

2017677 Parshuram Malappa 24 80

31)

2017678 Pushpa Mallanna Gaddi 28 93

32)

2017679 Shekamma Ningangouda 28 93

33)

2017680 Tirupati Rangappa 25 83

34)

2017681 Veeresh Basavaraj 24 80

35)

2017682 Yallappa Basappa 29 97

36)

2017683 Amaresh Ningappa 29 87

37)

2017684 Amruta Rudragouda Dasreddy 24 80

38)

2017685Annappa S. H. Sattur Hunmanthappa 24 80

39)

2017686 Basavaraj Soppanna 25 83

40)

2017687 Bhagyavanti Gudadappa 26 87

41)

2017688 Bheemaraya Mareppa Surapur 28 93

42)

2017689 Devindra Hanamayya 24 80

43)

2017690 Ganesh Basavaraj Badigerr 29 97

44)

2017691 Gurudevanayak Narayan Dori 25 83

45)

2017692 Hulagamma Nandappa 24 80

46)

2017693 Husenpatel Kalesab 28 93

47)

2017694 Husanappa Mallappa 28 93

48)

2017695 Jettappa Bheemaraya 25 83

49)

2017696 Korisidda Chandanna 24 80

50)

2017697 Laxmikantappa Dhaddappa 29 97

51)

2017698 M.R. Kartik Bheemashankar 29 87

52)

2017699 Mailaralinga S. Sharanappa 24 80

53)

2017700Mallappa Kattimani Bheemaraya Kattimani 24 80

54)

2017701 Mallikarjun Annayya 25 83

55)

2017702 Mareppa Sharanappa 26 87

56)

2017703 Mounesh Basavaraj 28 93

57)

2017704 Nagaraj Ningappa 24 80

58)

2017705 Ningappa Sannachandappa 29 97

59)

2017706 Ningayya Devindrappa 25 83

60)

2017707 Parashuram Hanamanta 24 80

61)

2017708 Parashuram Siddannagouda 28 93

62)

2017709 Parashuram Siddappa 28 93

63)

2017710 Parasappa Bheemanna 25 83

64)

2017711 Piddappa Hanamagouda 24 80

65)

2017712 Premkumar Tippanna 29 97

66)

2017713 Raghavendra Paramanna Meti 29 87

67)

2017714 Rakesh Devindrappa 24 80

68)

2017715 Rangamma Ranganna Dori 24 80

69)

2017716 Renukaswamaidivayya 25 83

70)

2017717 Revappa Bhimaraya 26 87

71)

2017718 Sachin Basavaraj 28 93

72)

2017719Sachin Patil Hanamantrayagouda 24 80

73)

2017720 Sanganna Shantappa 29 97

74)

2017721 Sangayya Kashayya 25 83

75)

2017722 Santosh Somanna 24 80

76)

2017723 Sharanappa Mareppa 28 93

77)

2017724 Sharanappa Shivappa 28 93

78)

2017725 Venkatesh Halleppa 25 83

79)

2017726 Shivakumara Prabhu 24 80

80)

2017727 Shivaling Jambayya 29 97

81)

2017728 Shivarajgouda Manappagouda 29 87

82)

2017729 Siddappa Hanamantaraya 24 80

83)

2017730 Somaningappa Basanna 24 80

84)

2017731Timmanna HOsamani Dyavanna Hosamani 25 83

85)

2017732 Tippanna Yankanna 26 87

86)

2017733 Tirupati Vithoba 28 93

87)

2017734 Valmikiraj Kurli Manappa 24 80

88)

2017735 Vasantamma Chandshekhar 29 97

89)

2017736 Veeresha Mallanna 25 83

90)

2017737 Venkatesh Anand 24 80

91)

2017738 Virupaksha Balappa Biradar 28 93

92)

2017739 Yallappa Sayibanna 28 93

93)

2017740 Farzanan Begum M.D. Khasim 25 83

94)

2017741 Hayalappa Hanamantraya 24 80

95)

2017742 Maruti Yankanna 29 97

96)

2017743 Peerasab Saruddin 29 87

97)

2017744 Santosh Ningappa 24 80

98)

2017745 Sidramappa Doddaninganna 24 80

99)

2017746 Rajashekhara Yamanoorappa 25 83

100)

2017747 Saroja Shrshila 26 87

101)

2017748 Ravikiran Basavaraj 28 93

102)

2017749 Siddappa Malappa 24 80

103)

2017750 Mallikarjun Rvutaraya 29 97

104)

2017751 Ashoka Tippanna 25 83

105)

2017752 Ambresh Hanmantha 24 80

106)

2017753 Channayya Basanna 28 93

107)

2017754 Nagaraj Manappa Badiger 28 93

108)

2017755Somanthareddy Chandrashekharr 25 83

109)

2017756 Vijayakumar Giriyappa Biradar 24 80

110)

2017757 Beeranna Balappa 29 97

111)

2017758 Deveeraj Mallappa 29 87

112)

2017759 Devendrappa Pakirappa 24 80

113)

2017760 Pavankumar Mudkappa 24 80

114)

2017761 Mounesh Holayappa 25 83

115)

2017762 Munara Bhasha Modinasab 26 87

116)

2017763 Nagaraj Eranna 28 93

117)

2017764 Parashuram Mallappa 24 80

118)

2017765 Ramesha Hanmantraya 29 97

119)

2017766 Sharanabasava Ninganna 25 83

120)

2017767 Sharanagouda Bhimangouda 24 80

121)

2017768 Venkatesh Giriyappa 28 93

122)

2017769 Vijayalaxmi Manappagouda 28 93

123)

2017770 Amruta Hayyalappa Abli 25 83

124)

2017771 Anand Guranna 24 80

125)

2017772 Balabheem Mahadevappa 29 97

126)

2017773 Basavaraj Basappa 29 87

127)

2017774 Basavaraj Mallappa 24 80

128)

2017775 Basavaraj Chandrashekhar 24 80

129)

2017776 Bharata Kumar Paramanna 25 83

130)

2017777 Bheemaraya Devindrappa 26 87

131)

2017778 Bheemaraya Subash 28 93

132)

2017779Bheemashankar Hanamantraya 24 80

133)

2017780 Dasharath Channabasappa 29 97

134)

2017781 Devaraj Bheemanna 25 83

135)

2017782 Dodahanamagoud Paramanna 24 80

136)

2017783 Doddappagouda Sharanappa 28 93

137)

2017784 Hanamantappa Paramanna 28 93

138)

2017785 Hussain Sab Mounuddin 25 83

139)

2017786 Jatteppa Poojari Kareppa 24 80

140)

2017787 Mahesh Basavaraj 29 97

141)

2017788 Mahesh Mallanna 29 87

142)

2017789 Mahesh Nagappa 24 80

143)

2017790 Mahiboob Sab Husensab 24 80

144)

2017791 Mallappa Honnappa 25 83

145)

2017792 Mallikarjun Nagappa 26 87

146)

2017793 Manayya Ningappa 28 93

147)

2017794 Manohar Basamma 24 80

148)

2017795 Mareppa Manappa 29 97

149)

2017796Mudinandappagouda Basavaraj 25 83

150)

2017797 Mutturaj Kalappa 24 80

151)

2017798 Nagaraj Bheemanna Terin 28 93

152)

2017799 Ninganna Huleppa 28 93

153)

2017800 Ningappa Nagappa 25 83

154)

2017801 Ningaraj Paramanna 24 80

155)

2017802 Paramanna Mahadevappa 29 97

156)

2017803 Vijaya Yankayya 29 87

157)

2017804 Prakash Bheemappa 24 80

158)

2017805 Prakash Durgappa 24 80

159)

2017806 Subedar Priya Lingappa 25 83

160)

2017807 Ramesh Piddayya 26 87

161)

2017808 Ravichandra Siddappa 28 93

162)

2017809 Yallappa Natekar 24 80

163)

2017810 Shankaragouda Devindrappa 29 97

164)

2017811 Shantappa Mallayya 25 83

165)

2017812 Sharanabasappa Gurulingappa 24 80

166)

2017813 Shekanna Basappa 28 93

167)

2017814 Sudharani Shivsharanappa 28 93

168)

2017815 Tirupati Devindrappa 25 83

169)

2017816 Tirupati Mallikarjun 24 80

170)

2017817 Venkatesh Channappa 29 97

171)

2017818 Mahadevappa Mallayya 29 87

172)


173)

2017820 Hanamantraya Thirupathi 24 80

174)

2017821 Ramanna Mallanna 25 83

175)

2017822 Ravidhandra Ningappa 26 87

176)

2017823 Anilkumar Bheemaraya 28 93

177)

2017824 Bhagannalachmanna 24 80

178)

2017825 Muttu Hanamanth 29 97

179)

2017826 Sidramreddy Bhojappa 25 83

180)

2017827 Prakash Sharanappa 24 80

181)

2017828 Ishwarappa Bhimanna 25 83

AttendedPercenta

ge

1) 2017648 Chidananda Siddappa 28 93

2) 2017649 Dandappa Bheemaray 28 93

3) 2017650Dastappa Madara Durgappa Madara 25 83

4) 2017651 Devappa Hanamntraya 24 80

5) 2017652 Gayanappa Chalageppa 29 97

6) 2017653 Geeta Ayyappa 29 87

7) 2017654 Honnappa Hanmantraya 24 80

8) 2017655 Kalappa Basavaraj 24 80

9) 2017656 Nagappa Bheemanna 25 83

10)

2017657 Parshuram Manappa 26 87





Subject 01

11)

2017658 Prabhu Basappa 28 93

12)

2017659 Ramachandrappa Tippanna 24 80

13)

2017660 Ramkumar Bheemanna 29 97

14)

2017661 Rayanna Lachappa 25 83

15)

2017662 Sakreppa Basavaraj 24 80

16)

2017663 Timmanna Nandanna 28 93

17)


18)

2017665Beerappa Pujari Somappa Pujari 25 83

19)

2017666 Bheemappa Manappa 24 80

20)

2017667 Bheemashankar Dyavappa 29 97

21)

2017668 Haidaarasa Patel 29 87

22)

2017669Hanamanta Hutaganna Ningappa 24 80

23)

2017670 Hanamantray Jettappa 24 80

24)

2017671 Kashinath Mallikarjun 25 83

25)

2017672 Malappa Basavaraj 26 87

26)

2017673 Malingaraya Bheemaraya 28 93

27)

2017674 Mallikarjun Dandappa 24 80

28)

2017675 Mareppa Bheemappa 29 97

29)

2017676 Mounesh Sharanagouda 25 83

30)

2017677 Parshuram Malappa 24 80

31)

2017678 Pushpa Mallanna Gaddi 28 93

32)

2017679 Shekamma Ningangouda 28 93

33)

2017680 Tirupati Rangappa 25 83

34)

2017681 Veeresh Basavaraj 24 80

35)

2017682 Yallappa Basappa 29 97

36)

2017683 Amaresh Ningappa 29 87

37)

2017684 Amruta Rudragouda Dasreddy 24 80

38)

2017685Annappa S. H. Sattur Hunmanthappa 24 80

39)

2017686 Basavaraj Soppanna 25 83

40)

2017687 Bhagyavanti Gudadappa 26 87

41)

2017688 Bheemaraya Mareppa Surapur 28 93

42)

2017689 Devindra Hanamayya 24 80

43)

2017690 Ganesh Basavaraj Badigerr 29 97

44)

2017691 Gurudevanayak Narayan Dori 25 83

45)

2017692 Hulagamma Nandappa 24 80

46)

2017693 Husenpatel Kalesab 28 93

47)

2017694 Husanappa Mallappa 28 93

48)

2017695 Jettappa Bheemaraya 25 83

49)

2017696 Korisidda Chandanna 24 80

50)

2017697 Laxmikantappa Dhaddappa 29 97

51)

2017698 M.R. Kartik Bheemashankar 29 87

52)

2017699 Mailaralinga S. Sharanappa 24 80

53)

2017700Mallappa Kattimani Bheemaraya Kattimani 24 80

54)

2017701 Mallikarjun Annayya 25 83

55)

2017702 Mareppa Sharanappa 26 87

56)

2017703 Mounesh Basavaraj 28 93

57)

2017704 Nagaraj Ningappa 24 80

58)

2017705 Ningappa Sannachandappa 29 97

59)

2017706 Ningayya Devindrappa 25 83

60)

2017707 Parashuram Hanamanta 24 80

61)

2017708 Parashuram Siddannagouda 28 93

62)

2017709 Parashuram Siddappa 28 93

63)

2017710 Parasappa Bheemanna 25 83

64)

2017711 Piddappa Hanamagouda 24 80

65)

2017712 Premkumar Tippanna 29 97

66)

2017713 Raghavendra Paramanna Meti 29 87

67)

2017714 Rakesh Devindrappa 24 80

68)

2017715 Rangamma Ranganna Dori 24 80

69)

2017716 Renukaswamaidivayya 25 83

70)

2017717 Revappa Bhimaraya 26 87

71)

2017718 Sachin Basavaraj 28 93

72)

2017719Sachin Patil Hanamantrayagouda 24 80

73)

2017720 Sanganna Shantappa 29 97

74)

2017721 Sangayya Kashayya 25 83

75)

2017722 Santosh Somanna 24 80

76)

2017723 Sharanappa Mareppa 28 93

77)

2017724 Sharanappa Shivappa 28 93

78)

2017725 Venkatesh Halleppa 25 83

79)

2017726 Shivakumara Prabhu 24 80

80)

2017727 Shivaling Jambayya 29 97

81)

2017728 Shivarajgouda Manappagouda 29 87

82)

2017729 Siddappa Hanamantaraya 24 80

83)

2017730 Somaningappa Basanna 24 80

84)

2017731Timmanna HOsamani Dyavanna Hosamani 25 83

85)

2017732 Tippanna Yankanna 26 87

86)

2017733 Tirupati Vithoba 28 93

87)

2017734 Valmikiraj Kurli Manappa 24 80

88)

2017735 Vasantamma Chandshekhar 29 97

89)

2017736 Veeresha Mallanna 25 83

90)

2017737 Venkatesh Anand 24 80

91)

2017738 Virupaksha Balappa Biradar 28 93

92)

2017739 Yallappa Sayibanna 28 93

93)

2017740 Farzanan Begum M.D. Khasim 25 83

94)

2017741 Hayalappa Hanamantraya 24 80

95)

2017742 Maruti Yankanna 29 97

96)

2017743 Peerasab Saruddin 29 87

97)

2017744 Santosh Ningappa 24 80

98)

2017745 Sidramappa Doddaninganna 24 80

99)

2017746 Rajashekhara Yamanoorappa 25 83

100)

2017747 Saroja Shrshila 26 87

101)

2017748 Ravikiran Basavaraj 28 93

102)

2017749 Siddappa Malappa 24 80

103)

2017750 Mallikarjun Rvutaraya 29 97

104)

2017751 Ashoka Tippanna 25 83

105)

2017752 Ambresh Hanmantha 24 80

106)

2017753 Channayya Basanna 28 93

107)

2017754 Nagaraj Manappa Badiger 28 93

108)

2017755Somanthareddy Chandrashekharr 25 83

109)

2017756 Vijayakumar Giriyappa Biradar 24 80

110)

2017757 Beeranna Balappa 29 97

111)

2017758 Deveeraj Mallappa 29 87

112)

2017759 Devendrappa Pakirappa 24 80

113)


114)

2017761 Mounesh Holayappa 25 83

115)

2017762 Munara Bhasha Modinasab 26 87

116)

2017763 Nagaraj Eranna 28 93

117)

2017764 Parashuram Mallappa 24 80

118)

2017765 Ramesha Hanmantraya 29 97

119)

2017766 Sharanabasava Ninganna 25 83

120)

2017767 Sharanagouda Bhimangouda 24 80

121)

2017768 Venkatesh Giriyappa 28 93

122)

2017769 Vijayalaxmi Manappagouda 28 93

123)

2017770 Amruta Hayyalappa Abli 25 83

124)

2017771 Anand Guranna 24 80

125)

2017772 Balabheem Mahadevappa 29 97

126)

2017773 Basavaraj Basappa 29 87

127)


128)

2017775 Basavaraj Chandrashekhar 24 80

129)

2017776 Bharata Kumar Paramanna 25 83

130)

2017777 Bheemaraya Devindrappa 26 87

131)

2017778 Bheemaraya Subash 28 93

132)

2017779Bheemashankar Hanamantraya 24 80

133)

2017780 Dasharath Channabasappa 29 97

134)

2017781 Devaraj Bheemanna 25 83

135)

2017782 Dodahanamagoud Paramanna 24 80

136)

2017783 Doddappagouda Sharanappa 28 93

137)

2017784 Hanamantappa Paramanna 28 93

138)

2017785 Hussain Sab Mounuddin 25 83

139)

2017786 Jatteppa Poojari Kareppa 24 80

140)


141)

2017788 Mahesh Mallanna 29 87

142)

2017789 Mahesh Nagappa 24 80

143)

2017790 Mahiboob Sab Husensab 24 80

144)

2017791 Mallappa Honnappa 25 83

145)

2017792 Mallikarjun Nagappa 26 87

146)

2017793 Manayya Ningappa 28 93

147)

2017794 Manohar Basamma 24 80

148)

2017795 Mareppa Manappa 29 97

149)

2017796Mudinandappagouda Basavaraj 25 83

150)

2017797 Mutturaj Kalappa 24 80

151)

2017798 Nagaraj Bheemanna Terin 28 93

152)

2017799 Ninganna Huleppa 28 93

153)

2017800 Ningappa Nagappa 25 83

154)

2017801 Ningaraj Paramanna 24 80

155)

2017802 Paramanna Mahadevappa 29 97

156)

2017803 Vijaya Yankayya 29 87

157)

2017804 Prakash Bheemappa 24 80

158)

2017805 Prakash Durgappa 24 80

159)

2017806 Subedar Priya Lingappa 25 83

160)

2017807 Ramesh Piddayya 26 87

161)

2017808 Ravichandra Siddappa 28 93

162)

2017809 Yallappa Natekar 24 80

163)

2017810 Shankaragouda Devindrappa 29 97

164)

2017811 Shantappa Mallayya 25 83

165)

2017812 Sharanabasappa Gurulingappa 24 80

166)

2017813 Shekanna Basappa 28 93

167)

2017814 Sudharani Shivsharanappa 28 93

168)

2017815 Tirupati Devindrappa 25 83

169)

2017816 Tirupati Mallikarjun 24 80

170)

2017817 Venkatesh Channappa 29 97

171)

2017818 Mahadevappa Mallayya 29 87

172)


173)

2017820 Hanamantraya Thirupathi 24 80

174)

2017821 Ramanna Mallanna 25 83

175)

2017822 Ravidhandra Ningappa 26 87

176)

2017823 Anilkumar Bheemaraya 28 93

177)

2017824 Bhagannalachmanna 24 80

178)

2017825 Muttu Hanamanth 29 97

179)

2017826 Sidramreddy Bhojappa 25 83

180)

2017827 Prakash Sharanappa 24 80

181)

2017828 Ishwarappa Bhimanna 25 83

AttendedPercenta

ge

1) 91817795 Saiydsameer Pasha 49 94

Annexure – 1.1 Criteria – 01

Metric - 1.1



Subject 01

GOVT. FIRST GRADE COLLEGE, SHORAPUR

2) 91914613 Mounesh Mareppa 48 92

3) 91916509 Mahesh Kumar Dandappa 47 90

4) 91916510 Mahiboob Lalesab 47 90

5) 91916511 Malemma Basvraj 46 88

6) 91916512 Mallikarjun Basavaraj 44 85

7) 91916513 Mounesh Rangayya 44 85

8) 91916514Pradeep Biradar Naganagouda Biradar 44 85

9) 91916515 Raju Sonappa Jadhav 42 81

10)

91916516 Ramesh Bheemanna 49 97

11)

91916518 Savita Mahantappa 48 92

12)

91916519 Sharangouda Yenka Reddy 41 79

13)

91916521 Vachu Chandu Rathod 40 77

14)

91916522 Vishwaraj Malkanna 37 71

15)

91916523 Badesab Madarsab 39 75

16)


17)

91916525Bhagyalaxmi Hosamani Sumalingappa 46 88

18)

91916526 Devegouda Halavppa 49 94

19)

91916527 Devindrappa Mhadevappa 48 92

20)

91916529 Hanamantraya Basappa 47 90

21)

91916530 Jettappa Mallappa 47 90

22)

91916532 Mounesh Bheemanna 46 88

23)

91916534 Nagappa Tippanna 44 85

24)

91916533 Muttanna Ramanna 44 85

25)

91916535 Ninganna Kanakappa 44 85

26)

91916536 Ningappa Gangappa 42 81

27)

91916537 Paramannabiradar Bheemanna 49 97

28)

91916538 Saddam Husen Ajamatali 48 92

29)

91916539 Subhashchandra Chandappa 41 79

30)

91916540 Suma v. Rathod 40 77

31)

91916541 Tirupatii Balaram 37 71

32)

91916542 Ummanna Basavaraj 39 75

33)

91916543 Yankoba Bheemanna 38 73

34)

91916545 Akbar Ali Rasool Sab 46 88

35)

91916546 Ambresh Siddanna 49 94

36)

91916548 Basavaraj Paramanna 48 92

37)

91916549 Basavaraj Shrishaila 47 90

38)

91916551 Bheemanna Ningappa 47 90

39)

91916553 Dyavappa Piddappa 46 88

40)

91916554 H.T. Krishna Tirupati 44 85

41)

91916555 Hanmantraya Somanna Antolli 44 85

42)

91916556 Kalavati Durgappa 44 85

43)

91916557 Lakkappa Manappa 42 81

44)

91916558Laxmi Bheemarya Telaginamani 49 97

45)


46)

91916560 Malan Begum Sadikhusen 41 79

47)

91916561 Mallikarjun Timmayya 40 77

48)

91916562 Manikantha Basalingappa 37 71

49)

91916563 Mainakshi Veerabhadrappa 39 75

50)

91916564 Mohamed Azaruddin Jainuddin 38 73

51)

91916565 Mounesh Pampangouda 46 88

52)

91916566 Maheshwari Kashiray 49 94

53)

91916567 Muttappa Mareppa 48 92

54)

91916568 Nafeesa Shaik Gudasab 47 90

55)

91916569 Nandanna Kankappa 47 90

56)

91916570 Ninganna Amateppa 46 88

57)

91916571 Ningannan Hanmantaraya 44 85

58)

91916572 Parashuram Subbanna 44 85

59)

91916575 Pooja Channayya Swamy 44 85

60)

91916576Prakash Basalingappa Doddamani 42 81

61)

91916577 Prakash Rachappa 49 97

62)

91916578 Prakasha Narsappa 48 92

63)

91916579 Raghavendra Bheemanna 41 79

64)

91916580Raju Sabanna Gaddigi Sabanna 40 77

65)

91916581 Rakesh Bheemaraya 37 71

66)

91916582 Ramesh Mallikarjun 39 75

67)

91916583 Sashikant Chandshekhar 38 73

68)

91916585 Shivappa Sanna Nagappa 46 88

69)

91916586 Shivaraja Ranganna Dorei 49 94

70)

91916587 Shivaraj Veeresh 48 92

71)

91916588 Shobha Manappa 47 90

72)

91916589 Siddappa Durgappa 47 90

73)

91916590 Shrinivas Narayanarap 46 88

74)

91916591 Shreenivas Pundlik 44 85

75)

91916592 Subhash Chandra Manappa 44 85

76)

91916593 Suguresh Mallanna 44 85

77)

91916594 Sushma Timmanna 42 81

78)

91916595 Veena Ramakrishna 49 97

79)

91916596 Vijaylaskhmi Shivaji 48 92

80)

91916598 Nagaraju Sharanabasava 41 79

81)

91916599 Mounesh Dyavappa 40 77

82)

91916600Somalingappa Devappa Melinmani 37 71

83)

91916602 Anand Baangouda 39 75

84)

91916603 Hanamanta Mallappa 38 73

85)

91916604 Siddappa Dyavappa 46 88

86)

91916605 Vishnu Chandrakant 49 94

87)

91916607 Sindhooja Amayyaswamy 48 92

88)

91916608 Shankarnag Muddappa 47 90

89)

91916610Tipparaj Hanamantaray Knkgiri 47 90

90)

91916611 Channappa Duragappa 46 88

91)

91916612 Ningayya Gayanappa 44 85

92)

91916613 Jetteppa Nandappa 44 85

93)

91916614 Mallikarjun Bhaganna 44 85

94)

91916615 Mahamad Jafar Maheboobali 42 81

95)

91916616 Mallikarjun Adappa 49 97

96)

91916617 Vasantkumar Mallappa 48 92

97)

91916619Basangouda Ashwathama Gouda 41 79

98)

91916620 Shivaraj Devappa 40 77

99)

91916621 Mareppa Devappa 37 71

100)

91916622 Hanamanta Sopanna 39 75

101)

91916623 Prashant Sanganna 38 73

102)

91916624Basangouda Patil Erannagouda 46 88

103)

91916625 Mahantesh Sharanappa 49 94

104)

91916629 Bheemashankar Siddappa 48 92

105)

91916630 Hanmatarayya Ningappa 47 90

106)

91916631 Shivaraj Basanagouda 47 90

107)

91916632 Bharath Neelappa 46 88

108)

91916633Ramesh Birada Mahadevappa Biradar 44 85

109)

91916635 Manappa Devappa 44 85

110)

91916636 Hasansab Bhlesab Syed 44 85

111)

91916637 Muttappa Siddappa 42 81

112)

91916640 Ramalinga Channappa 49 97

113)

91916641 Saruja Mallappa Chaluvadi 48 92

114)

91916645 Bheemanna Subhash 41 79

115)

91916646 Bhaganna Hulgappa 40 77

116)

91916647 Malappa Ambranna 37 71

117)

91916648 Arunkumar Sangayya 39 75

118)

91916649 Parashuram Hanamantraya 38 73

119)

91916650 Nagappa Paramanna 46 88

120)

91916651 Vinayaka Goundappa 49 94

121)

91916652Mahalingarayua Erakal Mallanna 48 92

122)

91916653 Shrishail Baslingappa 47 90

123)

91916654 Shivaraja Subhash 47 90

124)

91916655 Basavaraj Hanamantaraya 46 88

125)

91916656 Santosh Bheemaray 44 85

126)

91916657Gurulingappagouda Dundappa Gouda 44 85

127)

91916658 Vinodkumar Hulgappa 44 85

128)

91916659 Parashuram Mahadevappa 42 81

129)

91916660 Aslam Chandpasha 49 97

130)

91916661 Raghavendra Halleppa 48 92

131)

91916662 Sunil Channappa 41 79

132)

91916663Channappa Gouda Ninganna Gouda 40 77

133)

91916664 Mreppa Bheemanna 37 71

134)

91916665 Devindrappa Chandrashekhar 39 75

135)

91916666 Nagappa Devindrappa 38 73

136)

91916667 Ayyappa Prakash 46 88

137)

91916669 Rakesh Mareppa 49 94

138)

91916670 Deveanna Bheemaray 48 92

139)

91916671 Bheemaraya Nagappa 47 90

140)

91916672 Bheemayya Ramayya 47 90

141)

91916673 Paramanna Ninganna 46 88

142)

91917237 Devaraj hanmantaraya 44 85

143)

91916644 Tayappa Bheemaray 44 85

AttendedPercenta

ge

1) 91817795 Saiydsameer Pasha 49 94

2) 91914613 Mounesh Mareppa 48 92

3) 91916509 Mahesh Kumar Dandappa 47 90

4) 91916510 Mahiboob Lalesab 47 90

5) 91916511 Malemma Basvraj 46 88

6) 91916512 Mallikarjun Basavaraj 44 85

7) 91916513 Mounesh Rangayya 44 85

8) 91916514Pradeep Biradar Naganagouda Biradar 44 85

9) 91916515 Raju Sonappa Jadhav 42 81

10)

91916516 Ramesh Bheemanna 49 97

11)

91916518 Savita Mahantappa 48 92

12)

91916519 Sharangouda Yenka Reddy 41 79

13)

91916521 Vachu Chandu Rathod 40 77

14)

91916522 Vishwaraj Malkanna 37 71





Subject 01

15)

91916523 Badesab Madarsab 39 75

16)


17)

91916525Bhagyalaxmi Hosamani Sumalingappa 46 88

18)

91916526 Devegouda Halavppa 49 94

19)

91916527 Devindrappa Mhadevappa 48 92

20)

91916529 Hanamantraya Basappa 47 90

21)

91916530 Jettappa Mallappa 47 90

22)

91916532 Mounesh Bheemanna 46 88

23)

91916534 Nagappa Tippanna 44 85

24)

91916533 Muttanna Ramanna 44 85

25)

91916535 Ninganna Kanakappa 44 85

26)

91916536 Ningappa Gangappa 42 81

27)

91916537 Paramannabiradar Bheemanna 49 97

28)

91916538 Saddam Husen Ajamatali 48 92

29)

91916539 Subhashchandra Chandappa 41 79

30)

91916540 Suma v. Rathod 40 77

31)

91916541 Tirupatii Balaram 37 71

32)

91916542 Ummanna Basavaraj 39 75

33)

91916543 Yankoba Bheemanna 38 73

34)

91916545 Akbar Ali Rasool Sab 46 88

35)

91916546 Ambresh Siddanna 49 94

36)

91916548 Basavaraj Paramanna 48 92

37)

91916549 Basavaraj Shrishaila 47 90

38)

91916551 Bheemanna Ningappa 47 90

39)

91916553 Dyavappa Piddappa 46 88

40)

91916554 H.T. Krishna Tirupati 44 85

41)

91916555 Hanmantraya Somanna Antolli 44 85

42)

91916556 Kalavati Durgappa 44 85

43)

91916557 Lakkappa Manappa 42 81

44)

91916558Laxmi Bheemarya Telaginamani 49 97

45)


46)

91916560 Malan Begum Sadikhusen 41 79

47)

91916561 Mallikarjun Timmayya 40 77

48)

91916562 Manikantha Basalingappa 37 71

49)

91916563 Mainakshi Veerabhadrappa 39 75

50)

91916564 Mohamed Azaruddin Jainuddin 38 73

51)

91916565 Mounesh Pampangouda 46 88

52)

91916566 Maheshwari Kashiray 49 94

53)

91916567 Muttappa Mareppa 48 92

54)

91916568 Nafeesa Shaik Gudasab 47 90

55)

91916569 Nandanna Kankappa 47 90

56)

91916570 Ninganna Amateppa 46 88

57)

91916571 Ningannan Hanmantaraya 44 85

58)

91916572 Parashuram Subbanna 44 85

59)

91916575 Pooja Channayya Swamy 44 85

60)

91916576Prakash Basalingappa Doddamani 42 81

61)

91916577 Prakash Rachappa 49 97

62)

91916578 Prakasha Narsappa 48 92

63)

91916579 Raghavendra Bheemanna 41 79

64)

91916580Raju Sabanna Gaddigi Sabanna 40 77

65)

91916581 Rakesh Bheemaraya 37 71

66)

91916582 Ramesh Mallikarjun 39 75

67)

91916583 Sashikant Chandshekhar 38 73

68)

91916585 Shivappa Sanna Nagappa 46 88

69)

91916586 Shivaraja Ranganna Dorei 49 94

70)

91916587 Shivaraj Veeresh 48 92

71)

91916588 Shobha Manappa 47 90

72)

91916589 Siddappa Durgappa 47 90

73)

91916590 Shrinivas Narayanarap 46 88

74)

91916591 Shreenivas Pundlik 44 85

75)

91916592 Subhash Chandra Manappa 44 85

76)

91916593 Suguresh Mallanna 44 85

77)

91916594 Sushma Timmanna 42 81

78)

91916595 Veena Ramakrishna 49 97

79)

91916596 Vijaylaskhmi Shivaji 48 92

80)

91916598 Nagaraju Sharanabasava 41 79

81)

91916599 Mounesh Dyavappa 40 77

82)

91916600Somalingappa Devappa Melinmani 37 71

83)

91916602 Anand Baangouda 39 75

84)

91916603 Hanamanta Mallappa 38 73

85)

91916604 Siddappa Dyavappa 46 88

86)

91916605 Vishnu Chandrakant 49 94

87)

91916607 Sindhooja Amayyaswamy 48 92

88)

91916608 Shankarnag Muddappa 47 90

89)

91916610Tipparaj Hanamantaray Knkgiri 47 90

90)

91916611 Channappa Duragappa 46 88

91)

91916612 Ningayya Gayanappa 44 85

92)

91916613 Jetteppa Nandappa 44 85

93)

91916614 Mallikarjun Bhaganna 44 85

94)

91916615 Mahamad Jafar Maheboobali 42 81

95)

91916616 Mallikarjun Adappa 49 97

96)

91916617 Vasantkumar Mallappa 48 92

97)

91916619Basangouda Ashwathama Gouda 41 79

98)

91916620 Shivaraj Devappa 40 77

99)

91916621 Mareppa Devappa 37 71

100)

91916622 Hanamanta Sopanna 39 75

101)

91916623 Prashant Sanganna 38 73

102)

91916624Basangouda Patil Erannagouda 46 88

103)

91916625 Mahantesh Sharanappa 49 94

104)

91916629 Bheemashankar Siddappa 48 92

105)

91916630 Hanmatarayya Ningappa 47 90

106)

91916631 Shivaraj Basanagouda 47 90

107)

91916632 Bharath Neelappa 46 88

108)

91916633Ramesh Birada Mahadevappa Biradar 44 85

109)

91916635 Manappa Devappa 44 85

110)

91916636 Hasansab Bhlesab Syed 44 85

111)

91916637 Muttappa Siddappa 42 81

112)

91916640 Ramalinga Channappa 49 97

113)

91916641 Saruja Mallappa Chaluvadi 48 92

114)

91916645 Bheemanna Subhash 41 79

115)

91916646 Bhaganna Hulgappa 40 77

116)

91916647 Malappa Ambranna 37 71

117)

91916648 Arunkumar Sangayya 39 75

118)

91916649 Parashuram Hanamantraya 38 73

119)

91916650 Nagappa Paramanna 46 88

120)

91916651 Vinayaka Goundappa 49 94

121)

91916652Mahalingarayua Erakal Mallanna 48 92

122)

91916653 Shrishail Baslingappa 47 90

123)

91916654 Shivaraja Subhash 47 90

124)

91916655 Basavaraj Hanamantaraya 46 88

125)

91916656 Santosh Bheemaray 44 85

126)

91916657Gurulingappagouda Dundappa Gouda 44 85

127)

91916658 Vinodkumar Hulgappa 44 85

128)

91916659 Parashuram Mahadevappa 42 81

129)

91916660 Aslam Chandpasha 49 97

130)

91916661 Raghavendra Halleppa 48 92

131)

91916662 Sunil Channappa 41 79

132)

91916663Channappa Gouda Ninganna Gouda 40 77

133)

91916664 Mreppa Bheemanna 37 71

134)

91916665 Devindrappa Chandrashekhar 39 75

135)

91916666 Nagappa Devindrappa 38 73

136)

91916667 Ayyappa Prakash 46 88

137)

91916669 Rakesh Mareppa 49 94

138)

91916670 Deveanna Bheemaray 48 92

139)

91916671 Bheemaraya Nagappa 47 90

140)

91916672 Bheemayya Ramayya 47 90

141)

91916673 Paramanna Ninganna 46 88

142)

91917237 Devaraj hanmantaraya 44 85

143)

91916644 Tayappa Bheemaray 44 85



Total No. of Class held - 42

AttendedPercenta

ge

1) 2066770Mahantesh Nandageri Sahebgouda 39 93

2) 2066771 Sachin Ningappa 40 95

3) 2066772 Vishwardhya Bheemappa 38 90

4) 2066773Somasarajanayak Nandappanayak 37 88

5) 2066774 Buddema Dastagirsab 36 86

6) 2066775 Sultana Rajalisab 35 83

7) 2066776 Manoj Ramesh 40 95

8) 2066777 Lingaraj Basavaraj 36 86

9) 2066778Bheemmanna Hananmanthraya 33 79

10)

2066779Shambhavi Shivappa Kattimani 34 81

11)

2066780 Krishna 40 95

12)

2066781 Srinivas 38 90

13)

2066782 Devendra 37 88

14)

2066783 Anilkumar 36 86

15)

2066784 Verresh 35 83

16)

2066785 Giriseeh Shnakrappa 40 95

17)

2066786 Rajendrkumar 36 86

18)

2066787 Prafulkumar 33 79

19)

2066788 Vijay Kumar 34 81

20)

2066789 Subedar 40 95

21)

2066790 Venkatesh B. 38 90

22)

2066791 Bheemashankar 37 88

23)

2066792 Shivaraj Yankappa Patil 36 86

GOVT. FIRST GRADE COLLEGE, SHORAPUR


Subject 01

AttendedPercenta

ge

1) 2066770Mahantesh Nandageri Sahebgouda 39 93

2) 2066771 Sachin Ningappa 40 95

3) 2066772 Vishwardhya Bheemappa 38 90

4) 2066773Somasarajanayak Nandappanayak 37 88

5) 2066774 Buddema Dastagirsab 36 86

6) 2066775 Sultana Rajalisab 35 83

7) 2066776 Manoj Ramesh 40 95

8) 2066777 Lingaraj Basavaraj 36 86

9) 2066778Bheemmanna Hananmanthraya 33 79

10)

2066779Shambhavi Shivappa Kattimani 34 81

11)

2066780 Krishna 40 95

12)

2066781 Srinivas 38 90

13)

2066782 Devendra 37 88

14)

2066783 Anilkumar 36 86

15)

2066784 Verresh 35 83

16)

2066785 Giriseeh Shnakrappa 40 95

17)

2066786 Rajendrkumar 36 86

18)

2066787 Prafulkumar 33 79

19)

2066788 Vijay Kumar 34 81

20)

2066789 Subedar 40 95

21)

2066790 Venkatesh B. 38 90

22)

2066791 Bheemashankar 37 88

Annexure – 1.1 Criteria – 01

Metric - 1.1



Subject 01

23)

2066792 Shivaraj Yankappa Patil 36 86

AttendedPercenta

ge

1) 91867517 Rahul Sanveevappa 43 96

2) 91951036 Ambika Narasappa 42 93

3) 91951037 Devamma Irappa 41 91

4) 91951039Mohammed Sarfraaz Khaja Hussain 40 89

5) 91951040Naziya Parveen Sadia Ali Addadgi 39 87

6) 91951041 Shreekanth Eshwar 43 96

7) 91951042 Ningamma Kallappa 41 91

8) 91951043 Srinivas 39 87

9) 91951044 N. Ambresh Bheemanna 36 80

10)

91951045Md. Mustaq Ahmed Md. Khaleel Ahmed 35 78

11)

91951046 Rishikesh 35 78

12)

91951047 Akeelesh 34 76

13)


14)

91951049 Akash B. Ningappa B. 34 76

15)

91951050 Arunkumar Bheemaraya 43 96

16)

91951051 Hanamantray Basavaraj 42 93

17)

91951052 Khasim Sab Dhoole Sab 41 91

18)

91951053 Khasimali Sofisab 40 89

19)

91951055 Soummyya Chandrashekhar 39 87

20)

91951055 Wasim Akram 43 96





Subject 01

21)

91951056 Yaseensab Husainbasha 41 91

22)

Kiran Kumar 39 87

AttendedPercenta

ge

1) 91867517 Rahul Sanveevappa 43 96

2) 91951036 Ambika Narasappa 42 93

3) 91951037 Devamma Irappa 41 91

4) 91951039Mohammed Sarfraaz Khaja Hussain 40 89

5) 91951040Naziya Parveen Sadia Ali Addadgi 39 87

6) 91951041 Shreekanth Eshwar 43 96

7) 91951042 Ningamma Kallappa 41 91

8) 91951043 Srinivas 39 87

9) 91951044 N. Ambresh Bheemanna 36 80

10)

91951045Md. Mustaq Ahmed Md. Khaleel Ahmed 35 78

11)

91951046 Rishikesh 35 78

12)

91951047 Akeelesh 34 76

13)


14)

91951049 Akash B. Ningappa B. 34 76

15)

91951050 Arunkumar Bheemaraya 43 96

16)

91951051 Hanamantray Basavaraj 42 93

17)

91951052 Khasim Sab Dhoole Sab 41 91

18)

91951053 Khasimali Sofisab 40 89

19)

91951055 Soummyya Chandrashekhar 39 87





Subject 01

20)

91951055 Wasim Akram 43 96

21)

91951056 Yaseensab Husainbasha 41 91

22)

Kiran Kumar 39 87

AttendedPercenta

ge

1) 2050468Abdul Yunus Sarkavas Madan Sab 38 95

2) 2050469Annapurna Kattimani Sharanappa Kattimani 38 95

3) 2050470 Arunkumar Amrut 37 93

4) 2050471 Ayyanna Mallappa 36 90

5) 2050472 Basaveshwar Thirupathi 34 85

6) 2050473 Bheemaraeddy Lachamarddy 32 80

7) 2050474 Bheeraling Hanmantray 32 80

8) 2050475 Devananda Ningappa 31 78

9) 2050476 Gollalappa Sahebgouda 38 95

10)

2050477 Hanamantaray Bheemanna 37 93

11)

2050478 Jyoti Balaraja 38 95

12)

2050479 Mallikarjun Manappa 32 80

13)


14)

2050481 Nagaratna Devindrappa 38 95

15)

2050482 Naveen Kumar Mallanagouda 37 93

16)

2050483Ningangouda Vanikyalshantagouda 36 90

17)

2050484 Ningayya Chandrama 34 85

18)

2050485 Padmavati Tirupati 32 80





Subject 01

19)

2050486 Parashuram Kenchappa 32 80

20)

2050487 Ramesh Hanamanth 31 78

21)

2050488 Ranganath Devappa 38 95

22)

2050489 Savita Guranna 37 93

23)

2050490 Shoukat Pashumiya 38 95

24)

2050491 Sumitra Basavaraj 32 80

25)

2050492 Viresh Balabhimaraya 38 95

26)

2050493Somanagouda Paramannagouda 38 95

27)

2050494 Vithal Shreenivas 37 93

28)

2050495 Kashinatha Totada 36 90

29)

2050496 Tirupati Bheemanna 34 85

30)

2050497 Basavaraj Lachamappa 32 80

31)

2050498 Venkatesh Ramanna 32 80

AttendedPercenta

ge

1) 2050468Abdul Yunus Sarkavas Madan Sab 38 95

2) 2050469Annapurna Kattimani Sharanappa Kattimani 38 95

3) 2050470 Arunkumar Amrut 37 93

4) 2050471 Ayyanna Mallappa 36 90

5) 2050472 Basaveshwar Thirupathi 34 85

6) 2050473 Bheemaraeddy Lachamarddy 32 80

7) 2050474 Bheeraling Hanmantray 32 80





Subject 01

8) 2050475 Devananda Ningappa 31 78

9) 2050476 Gollalappa Sahebgouda 38 95

10)

2050477 Hanamantaray Bheemanna 37 93

11)

2050478 Jyoti Balaraja 38 95

12)


13)


14)

2050481 Nagaratna Devindrappa 38 95

15)

2050482 Naveen Kumar Mallanagouda 37 93

16)

2050483Ningangouda Vanikyalshantagouda 36 90

17)

2050484 Ningayya Chandrama 34 85

18)

2050485 Padmavati Tirupati 32 80

19)

2050486 Parashuram Kenchappa 32 80

20)

2050487 Ramesh Hanamanth 31 78

21)

2050488 Ranganath Devappa 38 95

22)

2050489 Savita Guranna 37 93

23)

2050490 Shoukat Pashumiya 38 95

24)

2050491 Sumitra Basavaraj 32 80

25)

2050492 Viresh Balabhimaraya 38 95

26)

2050493Somanagouda Paramannagouda 38 95

27)

2050494 Vithal Shreenivas 37 93

28)

2050495 Kashinatha Totada 36 90

29)

2050496 Tirupati Bheemanna 34 85

30)

2050497 Basavaraj Lachamappa 32 80

31)

2050498 Venkatesh Ramanna 32 80

AttendedPercenta

ge

1) 91849928 Bheemanna Amalingappa 43 96

2) 91849960 Pavankumar Srinivasrao 42 93

3) 91938113 Ambresh Timanna 41 91

4) 91938114 Anjanaya Sharanappa 40 89

5) 91938115 Basamma Subbanna 43 96

6) 91938116 Basavaraj Bhimaraya 42 93

7) 91938117 Basavaraj Omraya 43 93

8) 91938118 Basavaraj Prahlad 40 89

9) 91938119 Bheemaray Halleppa Dasar 38 84

10)

91938120 Bheemashankar Yankoba 36 80

11)

91938121 Channabasava Basappa 35 78

12)

91938122 Chetan Kuradakatti Rajkumar 34 76

13)

91938123 Eshwar Bheemanna 33 73

14)

91938124 Gouramma Bhimanna 32 71

15)

91938125 Hanamant Sayabanna 42 93

16)

91938127 Khajesab Imamsab 43 96

17)

91938128 Mahantesh Ramesh 43 96

18)

91938131 Manjunath Hanamanth 42 93

19)

91938132 Mounesh Mallappa 41 91

20)

91938133 Nagaraj Hanamata 40 89





Subject 01

21)

91938134 Nangaraj Ningappa 43 96

22)

91938135 Parashuram Sivappa 42 93

23)

91938138 Prakash Subhash 43 93

24)

91938139Ruchita Kattimani Shekhar Babu 40 89

25)

91938140 Sangeeta Manappa 38 84

26)

91938141 Savitayyanna 36 80

27)

91938142 Shivaraj Kumar Sharanappa 35 78

28)

91938144 Shweta Subhash 34 76

29)

91938145 Subhash Tirupati 33 73

30)

91938146 Venkatesh Ashok 32 71

31)

91938147 Vidya Shree Goudappagouda 42 93

32)

91938148 Mahantesh Tirupati 43 96

33)

91938149 Mallikarjun Chandrakant D. 43 96

34)

91938150Amaresh Hanamanta Hampanal 42 93

35)

91938151 Basavaraj Siddanna 41 91

36)

91938152 Akash Tirupati 40 89

37)

91938153 Shivkumar Ningappa 43 96

38)

91938154 Mahesh Halleppa 42 93

39)

91938155 Sharan Basappa Mareppa 43 93

40)

91938156Boramma Patil Gundappa Gouda 40 89

41)

91938157 Sharnappa Hanamantaraya 38 84

42)

91938159 Santosh Amalappa 36 80

43)

91938160 Anilkumar Satyanarayan 35 78

44)

91938162 Venkatesh Basappa 34 76

45)

91938163 Mallikarjun Gurunath Reddy 33 73

46)

91938164 Devaraj Manappagouda 32 71

47)

91938166 Sharanagouda Yankanagouda 42 93

48)

91938168 Parshuram Nagappa 43 96

49)

91938169 Tosif Mosoomshah 43 96

50)

91938172 Sangamesh Gugulingappa 42 93

51)

91938110 Vishalkumar Mallikarjun 41 91

52)


53)

91938167 Kiran Basavaraj 43 96

AttendedPercenta

ge

1) 91849928 Bheemanna Amalingappa 43 96

2) 91849960 Pavankumar Srinivasrao 42 93

3) 91938113 Ambresh Timanna 41 91

4) 91938114 Anjanaya Sharanappa 40 89

5) 91938115 Basamma Subbanna 43 96

6) 91938116 Basavaraj Bhimaraya 42 93

7) 91938117 Basavaraj Omraya 43 93

8) 91938118 Basavaraj Prahlad 40 89

9) 91938119 Bheemaray Halleppa Dasar 38 84

10)

91938120 Bheemashankar Yankoba 36 80





Subject 01

11)

91938121 Channabasava Basappa 35 78

12)

91938122 Chetan Kuradakatti Rajkumar 34 76

13)

91938123 Eshwar Bheemanna 33 73

14)

91938124 Gouramma Bhimanna 32 71

15)

91938125 Hanamant Sayabanna 42 93

16)

91938127 Khajesab Imamsab 43 96

17)

91938128 Mahantesh Ramesh 43 96

18)

91938131 Manjunath Hanamanth 42 93

19)

91938132 Mounesh Mallappa 41 91

20)

91938133 Nagaraj Hanamata 40 89

21)

91938134 Nangaraj Ningappa 43 96

22)

91938135 Parashuram Sivappa 42 93

23)

91938138 Prakash Subhash 43 93

24)

91938139Ruchita Kattimani Shekhar Babu 40 89

25)

91938140 Sangeeta Manappa 38 84

26)

91938141 Savitayyanna 36 80

27)

91938142 Shivaraj Kumar Sharanappa 35 78

28)

91938144 Shweta Subhash 34 76

29)

91938145 Subhash Tirupati 33 73

30)

91938146 Venkatesh Ashok 32 71

31)

91938147 Vidya Shree Goudappagouda 42 93

32)

91938148 Mahantesh Tirupati 43 96

33)

91938149 Mallikarjun Chandrakant D. 43 96

34)

91938150Amaresh Hanamanta Hampanal 42 93

35)

91938151 Basavaraj Siddanna 41 91

36)

91938152 Akash Tirupati 40 89

37)

91938153 Shivkumar Ningappa 43 96

38)

91938154 Mahesh Halleppa 42 93

39)

91938155 Sharan Basappa Mareppa 43 93

40)

91938156Boramma Patil Gundappa Gouda 40 89

41)

91938157 Sharnappa Hanamantaraya 38 84

42)

91938159 Santosh Amalappa 36 80

43)

91938160 Anilkumar Satyanarayan 35 78

44)

91938162 Venkatesh Basappa 34 76

45)

91938163 Mallikarjun Gurunath Reddy 33 73

46)

91938164 Devaraj Manappagouda 32 71

47)

91938166 Sharanagouda Yankanagouda 42 93

48)

91938168 Parshuram Nagappa 43 96

49)

91938169 Tosif Mosoomshah 43 96

50)

91938172 Sangamesh Gugulingappa 42 93

51)

91938110 Vishalkumar Mallikarjun 41 91

52)


53)

91938167 Kiran Basavaraj 43 96

Program: B.Sc.

All the Department has maintained lesson plan in hard copy for the

academic year 2016-17, 2017-18, 2018-19 & 2019-20

Government of Karnataka

Department of Collegiate Education

Government First Grade College, Shorapur

LESSON PLAN FOR THE ACADEMIC YEAR: - 2018-19

(ANNEXURE-1.2)

Criterion 01

(Metric -1.1.1)

Course/Paper Name: PMCs/ PHYSICS

Semester: Odd Semester

Class: I SEM

Theory Total Hours: 60 Hrs.

Practical Hours: 4 Hrs/week

Course Matrix

Unit Wise Total Hours of Teaching

Unit No. &

Name of the

Unit

Topic Covered Total No. of Teaching

Hours to cover the Topic

Theory Practical Theory Practical

UNIT 1 : Laws of

Motion

Introduction frames of referance ,

newtons law of motion

dynamics of system

dyanamics of system of particles

different examples on dyanamics

explanation on them

centre of concept

motiom of center of mass

derivation on motion of center of mass

problems solved

Test

Assignment

(10h)

4 Hrs/

Week

Unit 2 :

momentum

and energy

Conversion of energy

Work and energy

Work energy conversion

Motion of rocket

Derivation on motion of rocket

Problems

Rational motion

6+5

Unit 3 :

Dynamics of

rigid body

Rational motion about an axis Angular motion ,relation between torque

and Angular moment Perpendicular axis theorem

10

4 Unit- 4:

Gravitation:

Newton's Law of Gravitation, Motion of a

particle in central force field (motion in a

plane, angular momentum

is conserved, areal velocity is constant).

Kepler's Laws (statement only), Satellite in

circular orbit and application

Geosynchronous orbits, Weightlessness,

Basic idea of gio positioning system

(GPS).Rolle’s Theorem, Lagrange’s Mean

Value Theorem and Cauchy’s Mean Value

Theorem, Taylor’s Theorem, Taylor’s and

Maclaurin’s Series and related examples,

Intermediate forms (L-Hospital Rule).

8

Unit-5:

Elasticity

Hooke's Law Stress-strain diagram Elastic

modli Relation between elastic constants

Poisson s a Expression tor Poisson's ratio in

terms of elastic constants Work done of

Rigidity ad work done in twisting a wire

twisting couple on a cylinder-

Determination and Rigidity modulus by

static torsion Toursional pendulum

Determination of Rigidity modulus and

moment of inertia-

8hrs

Unit -6:

Oscillation

Simple harmonic motion .differential

equation of SHM and it s solution kinetics

and potential energy and their time average

.Special Theory of Relativity:

Oscillations: Simple harmonic motion,

Differential equation of SHM and its

solutions, Kinetic and Potential

Energy, Total Energy and their time

averages, Damped

6+7hrs

Total Hours 60 Hrs

Sl.

No.

Topic covered No. of Lecture

Hours

Methodology/pedago

gy

Date Initial

Unit 1: Laws of Motion Name of the Faculty: Rajshekar Madival

1 Laws of Motion 01 Ex: Black board/

Lecture

PPT/Group

Discussion/

Seminar/Case studies.

2 Introduction frames of referenc

explanation on them centre of concept

01 Black board/ Lecture

3 Newton’s law of motion 01 Black board/ Lecture

4 Dynamics of system 01 Black board/ Lecture

5 Different examples on dynamics 01 Black board/ Lecture

6 Dyanamics Of system of particles 01 Black board/ Lecture

Total hours: 06

Internal Assessment

Test/Quiz/Assignment – 01

01

Unit 2 : Momentum And Energy

Name of the Faculty: Rajshekar Madival

1 Unit 2 : Momentum And Energy 00 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Conversion of energy 01 Black board/ Lecture

3 Work and energy 01 Black board/ Lecture

4 Work energy conversion 01 Black board/ Lecture

5 Motion of rocket Derivation on

motion of rocket


6 Rational motion 01 Black board/ Lecture

Total hours: 06

Internal Assessment


assignment

Unit 3: Dynamics Of Rigid Body Name of the Faculty: Gururaj Kulkarni

1 Dynamics of rigid body 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Angular moment 01 Black board/ Lecture

3 Angular motion ,relation between

torque


4 Rational motion about an axis 02 Black board/ Lecture

5 Perpendicular axis theorem 02 Black board/ Lecture

6 problems 02 Black board/ Lecture

Total hours: 10

Internal Assessment


assignment

Unit 4:: Gravitation: Name of the Faculty:

1 Newton's Law of Gravitation, 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Motion of a particle 01 Black board/ Lecture

3 Motion of a particle in

central force field


4 motion in a plane, angular

momentum

is conserved, areal velocity is

constant


5 Kepler's Laws (statement only), Satellite in circular

orbit and application


6 Geosynchronous orbits, 01 Black board/ Lecture

7 Weightlessness, 01 Black board/ Lecture

8 Basic idea of global

positioning system (GPS).


Total hours: 08

Internal Assessment


Date of submission of IA Marks :

Unit 5 :: Elasticity Name of the Faculty: Gururaj Kulkarni

1 Hooke's Law Stress-strain diagram 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 R Elastic modl elation between elastic constants


3 Poisson s a Expression tor Poisson's ratio in

terms of elastic consa stants


4 Work done of Rigidity ad work done in twisting a wire


5 Twisting couple on a cylinder- 01 Black board/ Lecture

6 Determination and Rigidity

modulus by static torsional pendulum


7 Determination and Rigidity

modulus by Torsional pendulum

Determination of Rigidity modulus

and moment of inertia-


8 Determination of Rigidity modulus

and moment of inertia-


Total hours: 08

Internal Assessment



Unit-6: :Oscillations Name of the Faculty: Gururaj Kulkarni

1 , Special Theory of Relativity:

Oscillations:

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Simple harmonic motion, Differential equation of SHM and its solutions


3 Kinetic and Potential

Energy.


4 Total Energy and their time

averages, Damped


5 Special Theory of Relativity:

Constancy of speed of

light.


6 Postulates of Special Theory of

Relativity.


7 Length contraction, Time dilation,

Relativistic addition of velocities


Total hours: 07

Internal Assessment



SL Experiments list for 1 paper 4 hrs/Week Name

1 Measurements of length (or diameter) using

vernier caliper, screw gauge 02hrs Rajshekar.M & Gururaj

2 To determine the Height ofa Building using

a Sextant.

02hrs Rajshekar.M & Gururaj

3 To determine the Moment of Inertia of a

Flywheel.


4 To determine the Young's Modulus of a

Wire by bar bending method.


5 To determine the Modulus of Rigidity of a

Wire by Maxwell's nedle.


6 To determine the Elastic Constants of a Wire by Searle's method.


7 To determine g by Bar Pendulum (L vs T

and L' Vs LT).


8 To determine g by Kater's Pendulum. 02hrs Rajshekar.M & Gururaj

9 Verification of Parallel axis theorem. 02hrs Rajshekar.M & Gururaj

10 To determine g and velocity for a freely

falling body using Digital Timing

Techanique.


Kulkarni

11 To study the Motion of a Spring and

calculate (a) Spring Constant (b) Value of

graph


Kulkarni

12 Verification of Perpendicular axis theorem. 02hrs Rajshekar.M & Gururaj

Kulkarni

13 Moment of Inertia of irregular body. 02hrs Rajshekar.M & Gururaj

Kulkarni

14 Young's modulus by cantilever- load versus

Depression graph


Kulkarni

15 Assignment 02hrs Rajshekar.M & Gururaj

Kulkarni

16 Assignmen 02hrs Rajshekar.M & Gururaj

Kulkarni


Kulkarni

Signature of Faculty Signature of HOD Principal

Program: B.Sc.





(ANNEXURE-1.2)

Criterion 01

(Metric -1.1.1)


Semester: Even Semester

Class: II SEM



Course Matrix


Unit No. &

Name of the

Unit




UNIT 1 : Vector

Analysis

Vector Analysis: Review of vector algebra

(Scalar and Vector product),

gradient divergence, Curl and their

significance, Qualitative approach on

Vector Integration, Line, Surface and

volume integrals of Vector fields, Gauss-

divergence theorem and Stoke's theorem of

vectors (statement only) Electrostatics:

Electrostatic Field, electric flux, Gauss's

theorem of electrostatics, Applications of

Gauss theorem Electric field due to point

charge, infinite line of charge, uniformly

charged spherical shell and solid sphere,

Electric potential as line integral of electric

field, potential due to a

point charge, Capacitance of an isolated

spherical conductor, parallel plate

and spherical condenser, Energy perunit

volume in electrostatic field. Dielectric

(5h)+ (10h)

4 Hrs/

Week

medium, Polarisation, Displacement vector

Gauss's theorem in dielectrics.

Parallel plate capacitor completely filled

with dielectric.

Unit 2 :

Magnetism

Magnetism: Magnetostatics: Biot-Savart's

law and its applications- straight conductor,

circular coil, solenoid carrying current.

Divergence and curl of magnetic field.

Magnetic vector potential, Ampere's

circuital law.

5h+5h

Unit 3 :

Electromagnet

ic Induction

Electromagnetic Induction: Faraday's laws

of electromagnetic induction,

Lenz's law, self and mutual inductance, Lof

single coil, M of two coils. Energy

stored in magnetic field.

5h

Unit- 4:

Magnetic

properties of

Materials

Magnetic properties of Materials : Magnetic

intensity, magnetic induction

nonmagnetic susceptibility. Curie law,

Hysteresis loss of energy.

Maxwell's equation and Electromagnetic

wave propagation: Equation

of continuity of current Displacement

current, Maxwell's equations, Poynting

vector, energy density in electromagnetic

field, electromagnetic wave

propagation through vacuum, transverse

nature of EM waves, polarization,

5h+10h

Unit-5: DC

Circuit

analysis

DC Circuit analysis: Concept of current and

voltage sources, Kirchoff's

Current and Voltage law Principle of

Duality (voltage and Current sources

equivalents). Thevenin's theorem,

Superposition theorem, Reciprocity theorem

and Maximum Power transfer theorem.

Transient currents: Growth

and decay of current in series LR circuit,

decay of charge in series LCR

d decay of charge in RC circuit, Growth

Circuit.

5h+3h

Unit-6 Alternating currents : Review of basic definitions, LCR Series circuit to

7h

Alternating

currents

Sinusoidal voltages impedance by using

only j operators series resonance

Q factor and bandwidth qualitative

explanation of LCR parallel circuit.

Total Hours 60 Hrs

Sl.

No

.


Hours

Methodology/pedago

gy

Date Initial

Unit 1: Vector Analysis Name of the Faculty: Rajshekar Madival

1 Vector Analysis: Review of vector

algebra (Scalar and Vector product),.

05 +10+4 Ex: Black board/

Lecture

PPT/Group

Discussion/


As

allotted

per time

table

2 gradient divergence, Curl and their

significance,


3 Qualitative approach on Vector

Integration,


4 Gauss-divergence theorem and 01 Black board/ Lecture

5 Electrostatics: Electrostatic Field,

electric flux,.


6 Gauss's theorem of

electrostatics,


7 infinite line of charge, 01 Black board/ Lecture

8 Electric potential as line integral of

electric field


9 potential due to a

point charge,


10 Capacitance of an isolated spherical

conductor


11 Applications of Gauss theorem 01 Black board/ Lecture

12 uniformly charged spherical shell and

solid sphere


13 , Line, Surface and volume integrals

of Vector fields


14 Electric field due to point

charge,


15 Dielectric

medium,


16 Polarisation, Displacement vector 01 Black board/ Lecture

17 Gauss's theorem in dielectrics. 01 Black board/ Lecture

18 Parallel plate capacitor completely

filled with dielectric.


19 Stoke's theorem of vectors 01 Black board/ Lecture

Total hours: 19

Internal Assessment


01

Unit 2: Magnetism: Name of the Faculty: Gururaj Kulkarni

1 Magnetism: 6h+5h Black board/ Lecture

2 Biot-Savart's law and its

applications-.


3 Straight conductor, 02 Black board/ Lecture

4 circular coil, solenoid carrying

current.


5 Divergence and curl of

magnetic field.


6 Magnetic vector potential, 02 Black board/ Lecture

7 Ampere's cireuital law 02 Black board/ Lecture

8 Magnetostatics: 01 Black board/ Lecture

Unit :-3 Electromagnetic Induction 05 Name of the Faculty: Rajshekar Madival

1

Electromagnetic Induction: 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Faraday's laws of electromagnetic

induction,


3 Lenz's law, 01 Black board/ Lecture

4 self and mutual inductance 01 Black board/ Lecture

5 L of single coil, M of two coils.

Energy stored in magnetic field.


Total hours: 05

Internal Assessment


Total hours:

Unit :4 Magnetic properties of Materials 05h +10h Name of the Faculty : Gururaj Kulkarni

Magnetic properties of Materials :

Magnetic intensity

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


1 Magnetic susceptibility. 01 Black board/ Lecture

2 Curie law, Hysteresis loss of energy 01 Black board/ Lecture

3 Maxwell's equation 01 Black board/ Lecture

4 Electromagnetic wave propagation:

Equation


5 of continuity of current Displacement 01 Black board/ Lecture

6 current, Maxwell's equations, 01 Black board/ Lecture

7 Poynting vector, 01 Black board/ Lecture

8 energy density in electromagnetic

field,


9 electromagnetic wave

propagation



propagation through vacuum, ,



propagation through vacuum,


12 transverse nature of EM waves, 01 Black board/ Lecture

13 electromagnetic wave polarization, 01 Black board/ Lecture

14 Total hours: 15h

15 Internal Assessment


01


Unit 5 :: DC Circuit analysis 5h +3h Name of the Faculty: Gururaj Kulkarni

1 DC Circuit analysis: Concept of

current and voltage sources,

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Kirchoff's Current and Voltage law 01 Black board/ Lecture

3 Principle of Duality (voltage and

Current sources

equivalents).


4 Thevenin's theorem, Superposition

theorem,


5 Reciprocity theorem

and Maximum Power transfer

theorem


6 Transient currents: Growth

and decay of current in series Circuit.


7 LR circuit, decay of charge in series

LCR


8 d decay of charge in RC circuit,

Growth


Total hours: 08

Internal Assessment



Unit-6: Alternating currents 7h Name of the Faculty: Gururaj Kulkarni

1 Alternating currents : Review of

basic definitions,

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 LCR Series circuit to Sinusoidal 01 Black board/ Lecture

3 voltages impedance by using only 01 Black board/ Lecture

4 j operators series 01 Black board/ Lecture

5 resonanceQ factor 01 Black board/ Lecture

6 bandwidth qualitative 0 Black board/ Lecture

7 explanation of LCR parallel circuit. 01 Black board/ Lecture

Total hours: 07

Internal Assessment




1 To use a Multimeter for measuring (a)

Resistances, (b) AC and DC Voltages, (C) DC

Current, and (d) checking electrical fuses.


2 Ballistic Galvanometer: Pointer galvanometer

/Spot galvanometer (i) Measurement of charge and current

sensitivity

i) Measurement of CDR (ii) Determine a high resistance by Leakage

Method

(iv) To detemine Self Inductance of a Coil by Rayleigh's Method


3 To compare capacitances using De'Sauty's

bridge.


4 Measurement of field strength B and its

variation in a Solenoid (Determine dB/dx).


5 To study the Characteristics of a Series RC

Circuit.


6 To study the a series LCR circuit and determine

its (a) Resonant Frequency (b) Qualit


7 To study a parallel LCR circuit and determine

its (a) Anti-resonant frequency and (b)


8 To determine a Low Resistance by Carey

Foster's Bridge


9 To verify the Thevenin and Norton theorem. 02hrs Rajshekar.M & Gururaj

10 To verify the Superposition, and Maximum

Power Transfer Theorem.

02hrs Rajshekar.M

Kulkarni

& Gururaj

11 To determine Self- inductance of a given coil

by using Anderson "s bridge

02hrs Rajshekar.M

Kulkarni

& Gururaj

12 To determine L for two different values by equal voltage method.


Kulkarni

13 To determine C for two different values by

equal voltage method.


Kulkarni

14 Verification of Faraday's laws. 02hrs Rajshekar.M & Gururaj

Kulkarni


Kulkarni


Kulkarni


Kulkarni

..


Program: B.Sc.





(ANNEXURE-1.2)

Criterion 01

(Metric -1.1.1)

Course/Paper Name: PMCs/ physics

Semester: Odd Semester

Class: IIISEM



Course Matrix


Unit No. &

Name of the

Unit




UNIT 1: Laws

of

Thermodynami

s

Introduction to thermodynamics,

Explanation about Zeroth law.

Explain 1st law of Thermodynamics &

Internal energy.

Conversation of heat into Work.

Various thermodynamic process,

Application of First Law.

Relation between CP & CV.

Work done during Isothermal process.

Work done during Adiabatic process.

Compressibility Coefficient.

Expansion Coefficient.

Reversible & Irreversible process.

Explanation of Second law of

Thermodynamics.

Explanation of Entropy.

Explanation Carnot’s cycle &Theorem.

15

4 Hrs/

Week

Unit 2 :

Thermodynami

c potentials

Introduction to Thermodynamic potential.

Enthalpy explanation.

Gibbs,Helmholtz & Internal energy and

function.

Maxwell’s relation and its effect.

Joule Thomson Effect .Clausius Clapeyron

Equation. Expression for (CP-CV) , CP/CV

15

Tds equations Refrigerator, Entropy

changes. Entropy-temperature diagrams.

Third Law of Thermodynamics.

Explanation. Unattainability of absolute

zero. Assignment , problem ,

Unit 3 :

KINETIC THE

OF

GASES AND

TRANSPORT

PHENOMENO

Introduction, postulates, velocity of gas molecules Maxwell' law of distribution of

velocities ,experimental verification ,mean

OfRreYe path ,expressionfor mean free path

transport phenomenon of momentum

thermal conductivity transport of thermal energy transport of massdegrees of freedom,

Nlaw of equipartion of energy application to

specific heat of gases mono , dia and

triatomic gas molecules

9h

Unit- 4:

Theory of

Radiations:

Black Body Radiation Spectral Distribution

Concept Energy Density

Derivation of Planck's Law Deduction of

Wien's Distribution Law Deduction of

Stefan -Boltzmann law and Weins

Displacement law Deduction of Rayleigh -

Jeans Law

6h

Unit-5:

Statistical

Mechanics

Macro and Microstate of the System

Phase Space of Physical System

Entropy Thermodynamic Probability,

Most Probale Distribution and Statistical

Equilibrium Thermodynamic Probability -

Problems Solving Classical Statistics:

Maxwell-Boltzmann Statistics Example

and Illustrations Maxwell -Boltzmann

Distribution Law- Deviation Maxwell

Boltzmann Distribution Law-distribution

velocities mean , rms and most probable

velocities Bose-Einstein Statistics(B-E)-

Quantum Statistics -Examples and

Illustration Bose-Einstein Distribution Law-

Derivation Photon Gas-B-E Statistics

Quantum Statistics - Feremi-Dirac

Statistics: Examples and Illustration

Fermi-Dirac Distribution Law: Derivation

Electron Gas: F-D Statistics Comparison of

M-B,B-E and F-D StatisticsM-B,B-E and F-

D Statistics: Problems

15h

Total Hours 60 Hrs

Sl.

No

.


Hours

Methodology/pedago

gy

Date Initial

Unit 1: Laws of Thermodynamis Name of the Faculty: Rajshekar Madival

1 Introduction to thermodynamics, 05 +10+4 Ex: Black board/

Lecture

PPT/Group

Discussion/


As

allotted

per time

table

2 Explanation about Zeroth law. Black board/ Lecture

3 Explain 1st law of Thermodynamics & Internal energy.

Black board/ Lecture

4 Conversation of heat into Work. Black board/ Lecture

5 Various thermodynamic process, Black board/ Lecture

6 Application of First Law Black board/ Lecture

7 Work done during Isothermal process.

8 Work done during Adiabatic process.

9 Compressibility Coefficient.

10 Expansion Coefficient. Black board/ Lecture

11 Reversible & Irreversible process. Black board/ Lecture

12 Explanation of Second law of Thermodynamics.


13 Explanation of Entropy. Black board/ Lecture

14 Explanation Carnots cycle &Theorem.


15 Relation between CP & CV. Black board/ Lecture

Total hours: 15

Internal Assessment


01

Unit 2: Thermodynamic potential. 15h Name of the Faculty: Gururaj Kulkarni

1 Introduction to Thermodynamic potential.


2 Enthalpy ,explanation. 01 Black board/ Lecture

3 Gibbs, Helmholtz &Internal energy and function.


4 Maxwell’s relation and its effect. 01 Black board/ Lecture

5 Joule Thomson Effect. 01 Black board/ Lecture

6 Clausius Clapeyron Equation. 02 Black board/ Lecture

7 Expression for (CP-CV) , CP/CV 02 Black board/ Lecture

8 Tds equations 02 Black board/ Lecture

9 Refrigerator, Entropy changes. 01 Black board/ Lecture

10 Entropy-temperature diagrams. 01 Black board/ Lecture

Unit :-3 kinetic theory of gas 09hrs Name of the Faculty: Gururaj Kulkarni

1

Introduction, postulates, velocity of

gas molecules

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2

Maxwell 'law of distribution of

velocities,


3 Experimental verification ,mean free path


4 Expression for mean free path 01 Black board/ Lecture

5 transport phenomenon of momentum

thermal conductivity ,


6 Transport of thermal energy Black board/ Lecture

7 Transport of mass degrees of

freedom, Black board/ Lecture

8 law of equipartion of energy

application to specific heat of gases


9 mono, dia and triatomic gas molecule Black board/ Lecture

Total hours: 09

Internal Assessment


Total hours:

Unit :4 Theory of Radiation 06h Name of the Faculty: Gururaj Kulkarni

1 Black Body Radiation 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Spectral Distribution 01 Black board/ Lecture

3 Concept Energy Density 01 Black board/ Lecture

4 Derivation of Planck's Law 01 Black board/ Lecture

5 Deduction of Wien's Distribution

Law


6 Deduction of Stefan -Boltzmann law

and Weins Displacement law

Deduction of Rayleigh -Jeans Law


Total hours: 06h

Internal Assessment


01


Unit 5 : Statistical Mechanics 15hrs Name of the Faculty: Gururaj Kulkarni

1 Macro and Microstate of the System 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Phase Space of Physical System 01 Black board/ Lecture

3 Entropy 01 Black board/ Lecture

4 Thermodynamic Probability,

Most Probable Distribution and

Statistical Equilibrium


5 Thermodynamic Probability - Problems Solving


6 Classical Statistics :Maxwell-

Boltzmann Statistics (M-

B):Example and Illustrations


7 Maxwell -Boltzmann Distribution Law-Derivation


8 Maxwell Boltzmann Distribution Law-distribution velocities mean,

rms and most probable velocities


9 Bose-Einstein Statistics(B-E)-

Quantum Statistics -Examples and Illustration


10 Bose-Einstein Distribution Law- Derivation


11 Photon Gas-B-E Statistics 01 Black board/ Lecture

12 Quantum Statistics -Feremi-Dirac Statistics: Examples & Illustration


13 Fermi-Dirac Distribution Law Derivation


14 Electron Gas: F-D Statistics 01 Black board/ Lecture

15 Comparison of M-B,B-E and F-D Statistics


Total hours: 15

Internal Assessment




1 To determine Mechanical Equivalent of Heat, J,

by Callender and Barne's constant flow method. 02hrs Rajshekar.M & Gururaj

2 Measurement of Planck's constant using black

body radiation.


3 To determine Stefan's Constant. 02hrs Rajshekar.M & Gururaj

4 Verification of Stefan's T4th Law. 02hrs Rajshekar.M & Gururaj

5 To determine the coefficient of thermal

conductivity of copper by Searle's Apparatus.


6 To determine the Coefficient of Thermal

Conductivity of Cu by Angstrom's Method.


7 To determine the coefficient of thermal

conductivity of a bad conductor by Lee and

Charlton's disc method.


8 To determine the temperature co-efficient of

resistance by Platinum resistance thermometer


9 To study the variation of thermo emf across two

junctions of a thermocouple with temperature


10 To calibrate the given thermocouple and to determine the un known temperature

02hrs Rajshekar.M

Kulkarni

& Gururaj

11 To record and analyze the cooling temperature

of an hot object as a function of time using a

thermocouple and suitable data acquisition

system

02hrs Rajshekar.M

Kulkarni

& Gururaj

12 To calibrate Resistance Temperature Device

(RTD) using Null Method/Off-Balance Bridge

02hrs Rajshekar.M

Kulkarni

& Gururaj

13 Assignment 02hrs Rajshekar.M

Kulkarni

& Gururaj


Kulkarni

& Gururaj


Kulkarni


Kulkarni


Kulkarni

signature of Faculty Signature of HOD Principal

Program: B.Sc.





(ANNEXURE-1.2)

Criterion 01

(Metric -1.1.1)



Class: IV SEM



Course Matrix


Unit No. &

Name of the

Unit




UNIT 1: (a) Superpositio

n of Two

Collinear

Harmonic

Oscillation

(b) Superpositi

o n of Two

Perpendicular

Harmonic

Oscillations s

(c) Waves

Motion

General

Superposition of Two Collinear Harmonic

Oscillations : Linearity and position

Principle : (1) Oscillations having equal

frequencies and (Oscillations having

different frequencies (Beats)

Superposition of Two Perpendicular

Harmonic Oscillations: Graphical and

Analytical Methods Lissajous Figures with

equal an unequal reduceand their uses.

Waves Motion General: Transverse waves

on a string. Travelling and standing waves

on a string Normal modes of a string. Group

velocity, phase velocity, plane waves,

spherical waves. Wave intensity.

4h+2h+7h

4 Hrs/

Week

Unit 2 : Fluids Fluids: Surface tension Synclastic and

anticlastic surface Excess of

pressure- Application to spherical and

cylindrical drops and bubbles - variation

of surface tension with temperature -

Jaegar's method. Viscosity: Viscosity

6h

Rate flow of liquid in a capillary tube -

Poiseuille's formula - Determination

of coefficient of viscosity of a liquid -

Variations of viscosity of a liquid with

temperature lubrication. Physics of low

pressure- production and measurement

of low pressure - Rotary pump- Diffusion

pump Molecular pump Knudsen

absolute gauge penning and pirani gauge

Detection of leakage.

Unit- 3: Sound

Sound: Simple harmonic motion- forced

Vibration a resonance- Intensity and

loudness of sound- Decibels- Intensity levels

musical notes – Musical scale. Acoustics of

buildings. Reverberation and me of

reverberation Absorption coefficient

Sabine's formula measurement of

reverberation Acoustic aspects of halls and

auditoria

6h+3h

Wave optics: Electromagnetic nature of

light. Definition and properties

wave front. Huygens principle. Construction

or wave

Unit- 4:

Interference:

Interference: Interference by Division of

amplitude and division of wave front

Young's double slit experiment. Lloyd's

Mirror and Fresnel's Biprism . Phase change

on reflection: Stoke's treatment interference

in Thin films; paralleland wedge- shaped

films. Fringes of equal inclination

(Haidinger fringes)

Fringes of equal thickness (Fizeau fringes).

Newton's ring : measurement of wavelength

and refractive index.

10hrs

Unit-5:

Michelson's

Interferometer:

Michelson's Interferometer: idea of form of

fringes (no theory needed). Determination of

wavelength, wavelength difference,

refractive index and visibility of fringes.

9h

Diffraction: Fraunhofer diffraction: Single

slit, double slit, multiple slits or

diffraction grating Fresnel diffraction: half-

period zones. Zone plate, Fresnel

diffraction pattern of a straight edge, a slit and a wire using half-period zone

analysis.

Unit: 6

Polarization

Polarization: Transverse nature of light

waves. Plane polarized light production and

analysis circular and elliptical polarization.

Double refraction

in an uniaxial crystal, Huygens theory of

positive and negative crystal, optical

activity, Fresnel theory, quarter wave plate

and half wave plate, Laurent na

shade polarimeter.

13hrs

Total Hours 60 Hrs

Unit 1: (a)+(b)+(c) 4+2+7hrs Name of the Faculty: Rajshekar Madival

Sl.

No


Hours

Methodology/pedago

gy

Date Initial

1 Superposition of Two Collinear

Harmonic Oscillations

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Linearity and position Principle : (1)

Oscillations having equal frequencies


3 Oscillations having different

frequencies (Beats)


4 Superposition of Two Perpendicular

Harmonic Oscillations


5 Graphical and Analytical Methods

Lissajous Figures with equal an

unequal reduce and their uses


6 Waves Motion General 01 Black board/ Lecture

7 Transverse waves on a string. 01 Black board/ Lecture

8 Travelling and standing waves on string Normal modes of a string.


9 Group velocity, 01 Black board/ Lecture

10 Phase velocity, plane waves,

spherical waves..


11 Wave intensity 01 Black board/ Lecture

Total hours: 13

Internal Assessment


01

Unit 2: Fluids 6h

1 Surface tension Synclastic and anticlastic surface


2 Excess of pressure- Application to spherical

and cylindrical drops and bubbles -


3 Variation of surface tension with

temperature - Jaegar's method.

Viscosity: Viscosity

Rate flow of liquid in a capillary

tube -


4 Poiseuille's formula Determination

of coefficient of viscosity of a liquid

- Variations of viscosity of a liquid

with temperature lubrication.


5 Physics of low pressure- production

and measurement

of low pressure - Rotary pump-

Diffusion pump Molecular pump

Knudsen


6 Absolute gauge penning and pirani

gauge Detection of leakage.


Total hours: 06

Internal Assessment


Unit :-3 Sound: 09

1 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


Sound: Simple harmonic motion-

2 forced Vibration a resonance-

Intensity and loudness of sound-

Decibels-


3 Intensity levels musical notes –

Musical scale


4 Acoustics of buildings.

Reverberation and time of


5 reverberation Absorption coefficient

Sabine's formula measurement of

reverberation


6 Acoustic aspects of halls and auditoria 01 Black board/ Lecture

7 Wave optics: Electromagnetic nature

of light.


8 Definition and properties

wave front.


9 Huygens principle. Construction or

wave


Total hours: 09h

Internal Assessment


01


Unit 4 :: Interference: 10hrs

1 Interference: Interference by

Division of amplitude and division

of wave front

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Young's double slit experiment. 01 Black board/ Lecture

3 Lloyd's Mirror and Fresnel's Biprism .


4 Phase change on reflection: Stoke's treatment interference in Thin films;


5 paralleland wedge- shaped films. 01 Black board/ Lecture

6 Fringes of equal inclination

(Haidinger fringes)


7 Fringes of equal thickness (Fizeau fringes).


8 Newton's ring : 01 Black board/ Lecture

9 measurement of wavelength and

refractive index.


Total hours: 10

Internal Assessment



Unit-5 Michelson's Interferometer ,Diffraction: 9h

1 Michelson's Interferometer: idea of

form of fringes (no theory needed).

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Determination of wavelength,

wavelength difference,


3 refractive index and visibility of

fringes.


4 Diffraction: Fraunhofer diffraction 01 Black board/ Lecture

5 Single slit, double slit, multiple slits

or


6 Diffraction grating Fresnel

diffraction: half-period zones. Zone

plate,


7 Fresnel diffraction pattern of a

straight edge,


8 a slit and a wire using half-period

zone analysis.


Total hours: 09

Internal Assessment



Unit-6 Polarization: 13hrs

1 Polarization: Transverse nature of

light waves.

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Plane polarized light 01 Black board/ Lecture

3 production and analysis circular and

elliptical polarization


4 Double refraction in an uniaxial

crystal,


5 Huygens theory of positive and

negative crystal,


6 Optical activity, Fresnel theory 02 Black board/ Lecture

7 quarter wave plate and half wave

plate,


8 Laurent half shade polarimeter 02 Black board/ Lecture

Total hours: 13

Internal Assessment




1 To investigate the motion of coupled

oscillators


2 To determine the Frequency of an

Electrically Maintained Tuning Fork by

Melde's Experimen


3 To study Lissajous Figures. 02hrs Rajshekar.M & Gururaj

4 Familiarization with Schuster's focussing, determination of angle of prism


5 To determine the Coeflicient of Viscosity of

water by Capillary Flow Method

(Poiseuille's method).


6 To determine the Refractive Index of the

Material of a given Prism using Sodium

Light.


7 To determine Dispersive Power of the

Material of a given Prism using Mercury Light


8 To determine the value of Cauchy

Constants of a material of a prism.


9 To determine the Resolving Power of a

Prism.

02hrs Rajshekar.M

Kulkarni

& Gururaj

10 To determine wavelength of sodium light

using Fresnel Biprism.

02hrs Rajshekar.M

Kulkarni

& Gururaj

11 To determine wavelength of sodium light

using Newton's Rings.

02hrs Rajshekar.M

Kulkarni

& Gururaj

12 To determine the wavelength of Laser light

using Diffraction of Single Slit.

02hrs Rajshekar.M

Kulkarni

& Gururaj

13 To determine wavelength of (1) Sodium &

(2) spectrum of Mercury light using plane

diffraction

Grating

02hrs Rajshekar.M

Kulkarni

& Gururaj

14 To determine the Resolving Power of a

Plane Diffraction Grating

02hrs Rajshekar.M

Kulkarni

& Gururaj


Kulkarni


Kulkarni


Kulkarni


Program: B.Sc.





(ANNEXURE-1.2)

Criterion 01

(Metric -1.1.1)


Semester: odd Semester

Class: V SEM

Paper : 5.1



Course Matrix


Unit No. &

Name of the

Unit

Topic Covered Total No. of Teaching Hours to cover the Topic


UNIT 1: Properties of

Atom

Cathode Rays, properties and applications,

Charge of an Electron by Millikan's oil drop

method, e/m by J J Thomson method and

Dunningtein method, Atomic mass by

Duntipsters

method

6 hrs 6

hrs/Week

Unit 2 :

Atomic

Spectra

Wave mechanical approach of the atom.

Concept of electron spin and space

quantization,

structure of an atom, Stem-Cierlach

experiment, The Pauli's exelusion principle,

electron

configurations of single valence electron

atoms (alkali metals) and two valence

electron

axons and their spectra (Principle, Sharp.

Diffuse and Fundamental series) Vector

model of the atom JJ & L-S Coupling (vector

diagrams), spin-orbit interaction, magnetic

moment

17 hrs

due to orbital and spin motion

Excitation and ionization potentials: The

Frank-Heitz experiment. Penetrating and non penetrating orbits in the alkali metals.

Unit- 3: Effect

of Magnetic

field on

spectral lines

Larmor's precession in a magnetic field,

expression for magnetic interaction energy

Magnetic field effects; Normal and

anomalous Zeeman Effect (with energy level

diagrams). experimental set up to observe

Zeeman effect. Energy level diagram for

Sodium D lines in a weak magnetic field.

Lande g -factor Problems

9 hrs

Unit- 4:

Molecular

Spectra

Different types of motion in a molecule

(electronic, vibration, rotatiomal), molecular

energy distribution in the electromagnetic

spectrum, general features of band spectra

compared to atomic spectra The diatomic

molecule as a rigid rotator, non rigid rotator,

the rotational energy levels and their

spectrum, Frank-Condon principle.

Information about the moment of inertia and

inter nuclear distances from the pure

rotational spectrum

8 hrs

Unit-5: Raman

Effect

Rayleigh scattering. Raman scattering

Classical and Quantum theories of Raman

effect (derivation) and Raman spectrum.

Raman Spectra: Rotational and Vibration.

Laser Raman spectrometer, Applications of

Raman (Spectroscopy structure of organic

molecules)

8 hrs

Total Hours 48Hrs

Sl.

No

.


Hours

Methodology/pedago

gy

Date Initial

Unit 1: Properties of Atom Name of the Faculty: Rajshekar Madival

1 Cathode Rays, 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 properties and applications, 01 Black board/ Lecture

3 Charge of an Electron by Millikan's oil drop method


4 , e/m by J J Thomson method 01 Black board/ Lecture

5 Dunningtein method 01 Black board/ Lecture

6 , Atomic mass by Dumpsters

method


Total hours: 06

Internal Assessment


01

Unit 2: Atomic Spectra 17 hrs Name of the Faculty: Rajshekar Madival

1 Wave mechanical approach of the atom.


2 Concept of electron spin and space

quantization,


3 structure of an atom, 01 Black board/ Lecture

4 Stem-Cierlach experiment, 01 Black board/ Lecture

5 The Pauli's exclusion principle, 02 Black board/ Lecture

6 Electron configurations of single

valence electron atoms (alkali

metals)


7 Two valence electron

axons and their spectra (Principle,

Sharp. Diffuse and Fundamental series)


8 Vector model of the atom 01 Black board/ Lecture

9 JJ & L-S Coupling (vector diagrams),


10 spin-orbit interaction, 01 Black board/ Lecture

11 magnetic moment due to orbital and

spin motion


12 Excitation and ionization potentials: 01 Black board/ Lecture

13 The Frank-Heitz experiment. 01 Black board/ Lecture

14 Penetrating and non penetrating

orbits in the alkali metals.


Total hours: 17

Internal Assessment


01

Unit :-3 Effect of Magnetic field on spectral lines 9h Name of the Faculty: Rajshekar Madival

1

Larmor's precession in a magnetic

field,

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Expression for magnetic interaction 01 Black board/ Lecture

3 Energy Magnetic field effects; 01 Black board/ Lecture

4 Normal and anomalous Zeeman Effect (with energy level diagrams).


5 Experimental set up to observe Zeeman effect.


6 Energy level diagram for Sodium 01 Black board/ Lecture

7 D lines in a weak magnetic field. 01 Black board/ Lecture

8 Lande g -factor 01 Black board/ Lecture

9 Problems Black board/ Lecture

Total hours: 09

Internal Assessment


Total hours:

Unit :4 Molecular Spectra : 08h Name of the Faculty:shamraya

1 Different types of motion in a

molecule (electronic, vibration,

rotatiomal),

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 molecular energy

distribution in the electromagnetic

spectrum,


3 general features of band spectra

compared to atomic spectra


4 The diatomic molecule as a rigid rotator,


5 non rigid rotator, 01 Black board/ Lecture

6 the rotational energy levels and their spectrum,


Frank-Condon principle. 01 Black board/ Lecture

Information about the moment of

inertia and inter nuclear distances

from the pure rotational spectrum


Total hours: 08h

Internal Assessment


0


Unit 5 : Raman Effect: 8hrs Name of the Faculty: Rajshekar Madival

1 Rayleigh scattering. 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Raman scattering Classical and

Quantum theories of Raman effect (derivation)


3 Raman spectrum. 01 Black board/ Lecture

4 Raman Spectra: Rotational and Vibration.


5 Laser Raman spectrometer 01 Black board/ Lecture

6 Applications of Raman (Spectroscopy structure of organic

molecules)


Total hours: 8h

Internal Assessment



SL Experiments list for 5.1 paper 6 hrs/Week Name

1 Temperature of fame by line reversal method 03hrs Rajshekar.M

2 Rydberg constant 03hrs Rajshekar.M

3 Charge of electron by dispersion method 03hrs Rajshekar.M

4 e/m by Thomson method 03hrs Rajshekar.M

5 Plank constant (h) by Photocell 03hrs Rajshekar.M

6 Thermionic emission: Childs law 03hrs Rajshekar.M

7 Study of Thermistor (I-V characteristics) 03hrs Rajshekar.M

8 Stopping potential using photocell 03hrs Rajshekar.M

9 Excitation potential of a Neon (gas) bulb. 03hrs Rajshekar.M

10 Charge of electron by Millikon oil drop method 03hrs Rajshekar.M

11 Excitation and lionization potentials using

LEDS

03hrs Rajshekar.M

12 TCR of metallic wire 03hrs Rajshekar.M

13 Assignment I 03hrs Rajshekar.M






Program: B.Sc.





(ANNEXURE-1.2)

Criterion 01

(Metric -1.1.1)


Semester: odd Semester

Class: V SEM

Paper : 5.2



Course Matrix


Unit No. &

Name of the

Unit




UNIT 1: Quantum

Mechanics

Failure of Classical Mechanics. Particle

nature of waves; Compton scattering theory.

Wave nature of particle: Experiments of

Davisson and Germer and Thomson,

concept of matter waves. Uncertainty

principle, illustrations by gamma ray

microscope and diffraction

at a single slit. Schrodinger wave equation

time dependent (qualitative) and

Schrodinger wave equation time

independent (derivation), interpretation of

wave function. Probability current density,

Equation of continuity Physical

significance. Application of Schrodinger

equation: particle in a box, solution for one

dimension, extension to three dimensions

degeneracy; harmonic 0scillator zero point

energy

16 hrs 6

hrs/Week

Unit 2 :

Statistical

mechanics

Statistical ideas in physics, Phase space,

ensemble, Boltzmann equi-partition

theorem, most probable distribution,

derivation of statistical equilibrium.

Distribution Laws: Maxwell-Bolztmann,

Bosons & Fermions. Bose Einstein and

Femi-Dirac distribution functions and their

comparisons

8 hrs

Unit- 3:

magnetic

materials

Classification of Para Dia, Ferro magnetic

materials, Langevins theory for

diamagnetism BH Curve (hysteresis) for

Ferro magnetic materials. Qualitative

discussion on Curie-WeissLaw. Ferrites:

classification, hard and soft ferrites,

applications of ferrites.

6 hrs

Unit- 4: super

conductivity

Definition. Meissner efiect. Classification of

super conductors into type I& type Il and

their properties, critical current and critical

magnetic fields. Field penetration depth.

High temperature superconductors.

Applications of superconductors. BCS

Theory

8 hrs

Unit-5: Nano

materials

Introduction to Nano-materials (basics).

Effect of reduction of dimension. quantum

size effect. Different techniques of

preparing Nano materials: Physical and

chemical methods: PVD.CVD and Sol Gel methods. Application of Nano materials

10 hrs

Total Hours 48 Hrs

Sl.

No

.


Hours

Methodology/pedago

gy

Date Initial

Unit 1 Quantum Mechanics :16hrs Name of the Faculty: Rajshekar Madival

1 Failure of Classical Mechanics. 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Particle nature of waves; 01 Black board/ Lecture

3 Compton scattering theory. 01 Black board/ Lecture

4 Wave nature of particle: 01 Black board/ Lecture

5 Experiments of Davisson and Germer and Thomson,


6 concept of matter waves. 01 Black board/ Lecture

7 Uncertainty principle 01 Black board/ Lecture

8 Illustrations by gamma ray

microscope and diffraction

at a single slit.


9 Schrodinger wave equation time

dependent (qualitative)


10 Schrodinger wave equation time

independent (derivation),


11 Interpretation of wave function.

Probability current density,


12 Equation of continuity Physical

significance.


13 Application of Schrodinger

equation: particle in a box, solution

for one dimension,


14 extension to three dimensions

degeneracy; harmonic 0scillator zero

point energy


Total hours: 16

Internal Assessment


01

Unit 2: Statistica mechanics 08 hrs Name of the Faculty: Gururaj Kulkarni

1 Statistical ideas in physics, 01 Black board/ Lecture

2 Phase space, ensemble, 01 Black board/ Lecture

3 Boltzmann equi-partition theorem, 01 Black board/ Lecture

4 most probable distribution, 01 Black board/ Lecture

5 Derivation of statistical equilibrium.


6 DistributionLaws: Maxwell-Bolztmann,


7 Bosons & Fermions. Bose Einstein 02 Black board/ Lecture

8 Femi-Dirac distribution functions and their comparisons


Total hours: 08

Internal Assessment


01

Unit :-3 Magnetic materials 6hrs Name of the Faculty: Gururaj Kulkarni

1

Classification of Para Dia, Ferro

magnetic materials,

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Langevins theory for diamagnetism 01 Black board/ Lecture

3 BH Curve (hysteresis) for Ferro magnetic materials


4 . Qualitative discussion on Curie- WeissLaw.


5 Ferrites: classification, hard and soft ferrites,


6 applications of ferrites. 01 Black board/ Lecture

Total hours: 06

Internal Assessment


Total hours:

Unit :4 super conductivity 08hrs Name of the Faculty: Gururaj Kulkarni

1 Definition. Meissner efiect. 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Classification of super conductors 01 Black board/ Lecture

3 type I& type Il and

their properties


4 critical current and critical magnetic fields.


5 Field penetration depth. 01 Black board/ Lecture

6 High temperature

superconductors


7 . Applications of superconductors. 01 Black board/ Lecture

8 BCS Theory 01 Black board/ Lecture

Total hours: 08h

Internal Assessment


0


Unit 5 :: Nano materials : 10hrs Name of the Faculty: Rajshekar Madival

1 Introduction to Nano-materials

(basics).

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Effect of reduction of dimension. 01 Black board/ Lecture

3 quantum size effect. 01 Black board/ Lecture

4 . Different techniques of preparing Nano materials:


5 Physical and chemical methods: 01 Black board/ Lecture

6 PVD. 01 Black board/ Lecture

CVD 01 Black board/ Lecture

Sol Gel methods 02 Black board/ Lecture

. Application of Nano materials 01 Black board/ Lecture

Total hours: 10h

Internal Assessment




1 Analysis of systematic and random errors 03hrs Rajshekar.M

2 Yield point of a metallic wire 03hrs Rajshekar.M

3 Determination of self inductance using 03hrs Rajshekar.M

4 Anderson bridge 03hrs Rajshekar.M

5 Maxwell's bridge 03hrs Rajshekar.M

6 Power supply using Bridge Rectifier 03hrs Rajshekar.M

7 Simple multimeter 03hrs Rajshekar.M

8 I-V characteristics of solar cells 03hrs Rajshekar.M

9 B-H curve using CRO 03hrs Rajshekar.M

10 B-H curve by hysterisis method 03hrs Rajshekar.M

11 Study of Magnetic materials 03hrs Rajshekar.M

12 Cure temperature for ferro magnetic materials 03hrs Rajshekar.M







Program: B.Sc.





(ANNEXURE-1.2)

Criterion 01

(Metric -1.1.1)



Class: VI SEM

Paper : 6.1



Course Matrix


Unit No. &

Name of the

Unit



UNIT 1:

PROPERTIES

OF NUCLEUS

Elementary ideas on nucleus, Binding

energy of nucleus, properties of nuclear

forces, YUKAWA theory (qualitative)

Nuclear models- Liquid drop and shell

models (in detail) magic numbers.

6 hrs 6

hrs/Week

Unit 2 :

RADIO

ACTIVITY

Radioactive disintegration: Law of

successive disintegration, transient and

secular equilibrium. Alpha decay: Range of

alpha particles - Braggs method.

Geiger Nutral law, Gammow's theory of

alpha decay, Beta decay: Pauli's

neutrino hypothesis, Fermi theory of beta

decay (qualitative). Gamma rays:

Attenuation of gamma rays, applications of

nuclear radiations; Industrial,

medical and agricultural. problems.

8 hrs

Unit- 3:

Classification of particles and antiparticles.

Four basic interactions in nature. Unified

theory (silent features). Quark model,

5 hrs

ELEMENTAR

Y

PARTICLES

standard model; Higg's Bosons

(introduction and properties).

Unit- 4:

NUCLEAR

INSTRUMEN

TS

Particle accelerators: Principle and working

of Cyclotron and Betatron,

Particledetectors: GM counter Construction

and working (dead, time, operating

voltage,paralysis time, internal quenching),

Scintillation counter, Problems.

5hrs

Unit-5:.

CRYSTAL

STRUCTURE

S

Concept of lattice unit cell and its

construction, Bravais lattice, Seven Crystal

systems and characteristics, Miller indices,

crystal planes, interplanar spacing ,X-ray

diffiraction, Bragg's law, Bragg

diffractmeter (construction and

working).powder method, indexing of

peaks. Structure of NaCl, KCI, diamond (cubic and hexagonal)

8 hrs

Unit-6: BAND

THEORY OF

SOLIDS

Free electron theory for metals- expression

for electrical conductivity. Ohmslaw,

calculation of electron density of states.

Wiedeman Frange Law for

thermal conductivity, Drude model

(qualitative), Kronig-Penny model (Energgy

values and energy function, calculation).

Concept of Fermi energy and its

temperature dependence.

7hrs

Unit-7:

SEMICONDU

CTOR

PHYSICS

Intrinsic and extrinsic semiconductor,

derivations for carrier concentrations

(electron and hole), electrical conductivity

in intrinsic semiconductor. Hall

effect; Definition, expression for Hall co-

efficient in semiconductors.

Experimental determination of Hall co-

efficient. Identification of n and p type

semiconductors by Hall Effect.

6 hrs

Unit-8:

SPECIFIC

HEAT OF

SOLIDS

Dulong and Petits law, Einstein and Debye's

theories (quantitative) and

experimental comparison.

3 hrs

Total Hours 48 hrs

Sl.

No

.


Hours

Methodology/pedago

gy

Date Initial

Unit 1 PROPERTIES OF NUCLEUS 6h Name of the Faculty: Rajshekar Madival

1 Elementary ideas on nucleus, 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Binding energy of nucleus, 01 Black board/ Lecture

3 properties of nuclear forces,


4 YUKAWA theory (qualitative) Nuclear models-


5 Nuclear models Liquid drop and

shell models (in detail) magic

numbers.


Total hours: 06

Internal Assessment


01

Unit 2: Radio Activity 08 hrs Name of the Faculty: Rajshekar Madival

1 Radioactive disintegration: 01 Black board/ Lecture

2 Law of successive disintegration,

transient and secular equilibrium.


3 Alpha decay: Range of alpha particles -


4 Braggs method. 01 Black board/ Lecture

5 Geiger Nutral law, Gammow's theory of alpha decay


6 Beta decay: Pauli's

neutrino hypothesis, Fermi theory of

beta decay (qualitative).


7 Gamma rays:Attenuation of gamma rays,


8 applications of nuclear radiations;

Industrial,

medical and agricultural.


Total hours: 08

Internal Assessment


01

Unit3 :-Elementary particles 5hrs Name of the Faculty:shamray

1

Classification of particles and

antiparticles

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Four basic interactions in nature. 01 Black board/ Lecture

3 Unified theory (silent features). 01 Black board/ Lecture

4 Quark model, standard model; 01 Black board/ Lecture

5 Higg's Bosons (introduction and

properties).


Total hours: 05

Internal Assessment


Total hours:

Unit :4 Nuclear Instruments 5hrs Name of the Faculty: Rajshekar Madival

1 .

Particle accelerators:

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Principle and working of Cyclotron 01 Black board/ Lecture

3 Betatron Particle detector 01 Black board/ Lecture

4 GM counter Construction and

working (dead, time, operating

voltage, paralysis time, internal

quenching), Scintillation counter,

Problems.


Total hours: 05h

Internal Assessment


0


Unit 5 : Crystal Structures 8hrs Name of the Faculty: Rajshekar Madival

1 Concept of lattice unit cell and its

construction

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Bravais lattice, Seven Crystal systems and characteristics,


3 Miller indices, crystal planes, 01 Black board/ Lecture

4 interplanar spacing ,X-ray diffiraction,


5 Bragg's law, Bragg diffractmeter (construction and working).


6 powder method, indexing of peaks. 01 Black board/ Lecture

7 Structure of NaCl, KCI, diamond

(cubic and hexagonal)


Total hours: 08h

Internal Assessment



Unit 6 band theory of solids 7h Name of the Faculty: Gururaj Kulkarni

1 Free electron theory for metals- 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Expression for electrical

conductivity.


3 Ohms law, calculation of electron

density of states.


4 Wiedeman Frange Law for

thermal conductivity,


5 Drude model (qualitative), 01 Black board/ Lecture

6 Kronig-Penny model (Energgy value

and energy function, calculation).

s 01 Black board/ Lecture

7 Concept of Fermi energy and its

temperature dependence.


Total hours: 7h

Internal Assessment


01

Unit 7:semiconductor physics 06 hrs Name of the Faculty: Gururaj Kulkarni

1 Intrinsic and extrinsic

semiconductor,


2 derivations for carrier

concentrations(electron and hole)


3 Electrical conductivity in intrinsic

semiconductor..


4 Hall effect; Definition, expression

for Hall co-efficient in



1 Determination of operating voltage of Gieger

Muler Counter 03hrs Rajshekar.M

2 Dead time of Geiger Muller counter (single

source)

03hrs Rajshekar.M

3 Verification of inverse square law using G.M.

Counter

03hrs Rajshekar.M

4 Determination of half life of source using G.M.

Tube

03hrs Rajshekar.M

5 Absorption coefficient of Aluminum for p ray 03hrs Rajshekar.M

semiconductors.

5 Experimental determination of Hall co-efficient.


6 Identification of n and p type semiconductors by Hall Effect


Total hours: 06

Internal Assessment


01

Unit :-8 Specific Heat Of Solids 3h Name of the Faculty: Rajshekar Madival

1 Dulong and Petits law, 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Einstein and Debye's theories (quantitative)


3 experimental comparison 01 Black board/ Lecture

Total hours: 03

Internal Assessment


Total hours:

G.M. Tube

6 Attenuation coefficient ß rays 03hrs Rajshekar.M

7 Study of Solar panels 03hrs Rajshekar.M

8 Temperature variation of resistance of semiconductor

03hrs Rajshekar.M

9 Determination of Hall coefficient 03hrs Rajshekar.M

10 B-H Curve by Hysterisis curve 03hrs Rajshekar.M

11

Magneto resistance of metals a semiconductor

03hrs Rajshekar.M

12

Energy gap of semiconductor 03hrs Rajshekar.M

13 Specific heat of solids 03hrs Rajshekar.M






Program: B.Sc.





(ANNEXURE-1.2)

Criterion 01

(Metric -1.1.1)



Class: VI SEM

Paper : 6.2



Course Matrix


Unit No. &

Name of the

Unit



UNIT 1:

NETWORK

THEOREMS

Thevenin's theorem, Norton's theorem,

Maximum power theorems, Problems. 4 hrs

6

hrs/Week

Unit 2 :

SEMICONDU

CTOR

DEVICES

P-N junction diode and its 1-V

characteristics, I-V relationship for forward

bias, emission of energy during forward

bias, Light emitting diodes (LED) with

different colors (factors which decides the

color of a LED). Use of LED and LCD,

seven segment display, P-N junction during

reverse bias, Junction breakdown

Avalanche breakdown and Zener

breakdown, Tunneling phenomenon,

characteristics of Zener and Tunnel diodes.

Transistors: PNP and NPN transistors,

characteristics o and B and their inter

relationship. Field effect transistors (FET):

JFET, MOSFET and their characteristics.

Silicon controlled rectifier (SCR)-

Construction and switching action.

Solar cells: 1-V characteristics.

12 hrs

Unit- 3:

AMPLIFIER

Comparison of characteristics of CE, CB

and CC configurations. Biasing

DC and AC load lines of CE configuration,

CE amplifier frequency response and

bandwidth. Basics of linear integrated

circuits (IC's). Operational amplifiers,

characteristics, CMRR inverting, non-

inverting modes.

4 hrs

Unit- 4:

OSCILLATOR

S

Damped and undamped oscillators, Concept

of positive and negative feedback,

Barkhausen criteria for sustained

oscillations. RC phase shift, Wien Bridge

oscillators

4 hrs

Unit-5:

COMMUNIC

ATIONS

Modulation: Need for modulation, AM and

FM modulation (LSB and USB)

and their comparison. Demodulation:

Concept, need for demodulation, concept of

noise, satellite communication (qualitative).

4 hrs

Unit-6: LOGIC

FUNCTIONS

Basics of Digital Integrated Circuits (IC's),

Decimal and binary system of

numbers and their inter conversions. Logic

Gates: AND, OR, NOT, NOR,

NAND, X-OR and X-NOR and their

realizations using 1C's.

4hrs

Unit-7:

ASTROPHYSI

CS

Scope of Astronomy and Astrophysics,

physical properties of stars,

classification of stars, Harvards

classification system. H-R diagram, Stellar

evolution, formation of stars,

Chandrasekhar limit, black holes, supernova

explosion, photon diffusion time, internal

temperature and pressure of stars.

5hrs

Unit-8: PLASMA PHYSICS

Introduction, characteristics of plasma,

collisions, surface phenomenon,

transport phenomenon (transfer) diffusion

and mobility (ambipolar diffusion),

viscosity, recombination plasma

diagnostics, confinement of plasma.

5hrs

Unit -9 RADIOLOGY AND DIAGNOSTIC

PHYSICS

Blood pressure measuring techniques,

diastolic and systolic, ECG, EEG,

Scanning. ultra sound, MRI, Principles of

Doppler, echo, Sonography, CT

scanning, Imaging X-ray techniques,

Radiation measurement, Body temperature

measurements using LCD.

6hrs

Total Hours 48 Hrs

Sl.

No

.


Hours

Methodology/pedago

gy

Date Initial

Unit 1 NETWORK THEOREMS Name of the Faculty: Rajshekar Madival

1 Thevenin's theorem 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 , Norton's theorem, 01 Black board/ Lecture

3 Maximum power theorems, 01 Black board/ Lecture

4 Problems. 01 Black board/ Lecture

Total hours: 04

Internal Assessment


01

Unit 2: SEMICONDUCTOR DEVICES 12 hrs Name of the Faculty: Rajshekar Madival

1 P-N junction diode and its I-V characteristics,


2 I-V relationship for forward bias, 01 Black board/ Lecture

3 emission of energy during forward

bias, Light emitting diodes (LED)

with different colors (factors which

decides the color of a LED).


4 Use of LED and LCD, seven

segment display, P-N junction

during reverse bias,


5 Junction breakdown Avalanche

breakdown and Zener breakdown,


6 Tunneling phenomenon,

characteristics of Zener and Tunnel

diodes. Transistors: PNP and NPN

transistors,.


7 characteristics o and B and their inter relationship. Field effect

transistors (FET): JFET,


8 MOSFET and their characteristics.

Silicon controlled rectifier (SCR)-

Construction and switching action. Solar cells: I-V characteristics


Total hours: 12

Internal Assessment


01

Unit :-3 Amplifier 4h Name of the Faculty: Rajshekar Madival

1

Comparison of characteristics of CE,

CB and CC configurations. Biasing

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 DC and AC load lines of CE configuration,


3 CE amplifier frequency response and bandwidth.


4 Basics of linear integrated circuits

(IC's). Operational amplifiers,

characteristics, CMRR inverting,

non-inverting modes.


Total hours: 04

Internal Assessment


Total hours:

Unit :4 Oscillators 4h Name of the Faculty: Gururaj K

1 Damped and undamped oscillators, 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Concept of positive and negative feedback,


3 Barkhausen criteria for sustained oscillations.


4 RC phase shift, Wien Bridge

oscillator


Total hours: 04h

Internal Assessment


0


Unit 5 : Communications 4hrs Name of the Faculty: Gururaj K

1 Modulation: Need for modulation, 01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 AM and FM modulation (LSB and USB) and their comparison.


3 Demodulation: Concept, need for demodulation,


4 concept of noise, satellite

communication (qualitative).


Total hours: 4h

Internal Assessment



Unit 6 logic function 4hrs Name of the Faculty: Gururaj K

1 Basics of Digital Integrated Circuits

(IC's),

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 Decimal and binary system of numbers and their inter conversions.


3 Logic Gates: AND, OR, NOT, NOR, 01 Black board/ Lecture

4 NAND, X-OR and X-NOR and their

realizations using 1C's.


Total hours: 4h

Internal Assessment


01

Unit 7: Astrophysics, 05 hrs Name of the Faculty: Gururaj Kulkarni

1 Scope of Astronomy 01 Black board/ Lecture

2 Astrophysics, physical properties

of stars,


3 classification of stars, Harvards classification system.


4 H-R diagram, Stellar evolution, formation of stars,


5 Chandrasekhar limit, black holes,

supernova explosion, photon

diffusion time, internal

temperature and pressure of stars.


Total hours: 05

Internal Assessment


01

Unit :-8 Plasma physics 5h Name of the Faculty: Gururaj Kulkarni

1

Introduction, characteristics of

plasma

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 collisions, surface phenomenon, 01 Black board/ Lecture

3 transport phenomenon (transfer)

diffusion and mobility (ambipolar

diffusion),


4 viscosity, recombination plasma diagnostics,


5 confinement of plasma. 01 Black board/ Lecture

Total hours: 05

Internal Assessment


Total hours:

Unit :9 Radiology and diagnostic physics 6h Name of the Faculty: Gururaj Kulkarni

1 .

Blood pressure measuring

techniques,

01 Ex: Black board/

Lecture

PPT/Group

Discussion/


2 diastolic and systolic, ECG, EEG, 01 Black board/ Lecture

3 Scanning. ultra sound, MRI, 01 Black board/ Lecture

4 Principles of Doppler, echo,

Sonography, CT


5 scanning, Imaging X-ray techniques 01 Black board/ Lecture

6 Radiation measurement, Body

temperature measurements using

LCD.


Total hours: 06h

Internal Assessment


0


Experiments list for 6.2 paper 6 hrs/Week Name

1 Characteristics of PN junction and Zener

diode

03hrs Rajshekar.M

2 Characteristics of Transistor, C-E

Configuration

03hrs Rajshekar.M

3 Characteristics of Transistor, C-B configuration

03hrs Rajshekar.M

4 4)Characteristics of Silicon Controlled

Rectifier (SCR)

03hrs Rajshekar.M

5 Characteristics of FET 03hrs Rajshekar.M

6 CE amplifier- study of frequency Response

and measurement of gain & band width

03hrs Rajshekar.M

7 Phase shift oscillator- construction & determination of frequency

03hrs Rajshekar.M

8 8)Wein-bridge Oscillator- construction &

determination of frequency

03hrs Rajshekar.M

9 Hartely Oscillator- construction&

determination of frequency

03hrs Rajshekar.M

10 Transistor Astable Multivibrator 03hrs Rajshekar.M

11 Transistor-Mono stable Multivibrator 03hrs Rajshekar.M

12 Study of logic gates using basic devices

(diodes/transistors)

03hrs Rajshekar.M

13 Study of logic gates 03hrs Rajshekar.M







Program code Program Name Course code Course Name Year of introductionHISTORY 1992ECONOMICS 1992POLITICAL SCIENCE 1992SOCIOLOGY 1992KANNADA 1992ENGLISH 1992

B.Sc PHYSICS 2007MATHEMATICS 2007COMPUTER SCIENCE 2007

B.Com COMMERCE 2007

List of courses offered across all programs during last five years

Name of the College GFGC SHORAPUR

BA



Annexure-1.4 Criterion 01

(Metric -1.1.2)

PÀ£ÁðlPÀ ¸ÀPÁðgÀ PÁ¯ÉÃdÄ ²PÀët E¯ÁSÉ

¸ÀPÁðj ¥ÀæxÀªÀÄzÀeÉðPÁ¯ÉÃdÄ, …………

……..Dist. Karnataka, Pin:

College Logo if any

ACADEMIC CALENDAR

For the year 2020-2021

Prepared by

Internal Quality Assurance Cell



Annexure-01

List of mandatory activities as per the requirement of Assessment and Accreditation (A&A)

of NAAC. The IQAC must incorporate these in their final Calendar of Events along

with other Institutional level academic and other activities in adherence to respective

Universities Calendar of Events (CoE)

Sl.

N

o

NAAC

Metrics Activity/ies

NAAC

Weightage Odd/Even

Week and month/

Action Taken /

Remarks

1 General

Principal’s Meeting with H.O.D

&staff for formation of committees & action plan

- Odd 1

st day of

Reopening

2 General Induction/orientation/InauguralProgra

mme for First Year Students -- Odd

1st Week of

reopening

3 General Preparation of Timetable - Both First week of the

semester

4 1.1.2 Preparation of Calendar of Events 05 First week of the Odd semester

5 1.2.2 Add on/Certificate Courses* 10+ 10 Both First Three

months of the

Semester

6 1.3.1

Crosscutting Issues- Special

Lectures on Ethics, gender, Human Values, Environment and

Sustainability

10 Even Fourth week of 1

st

Month

7 1.4.1 Stakeholders Feedback 10+10 Even First Week of 4

th

Month

8 2.3.3 Awareness session on Mentor

Programme and its advantages 15 Odd

Second week of

First month

9 2.5.1 IA Assessment 15+15 As per University guidelines and

CoE

10 2.6.3 Result analysis and action plan by

description & upload to website 30 Both

Within 02 weeks

from the release of

result sheets**

11 3.1.3 Seminar/ Conference/Workshop 05 Both At least 01 each in

a year to be

conducted

12 3.3.1

Extension Activities - Street Play,

Jatha, Human-Chain by

NSS/NCC/Red-cross, Scout and

Guides/NGO and NSS annual special Camp

10+10+20+20

Both

Colleges can

collaborate with

NGOs, industries,

Govt. Departments

for support.

13 5.1.3 One-week programme on soft Skill, Language and Communication Skill,

ICT/Computer skills

10 Both

One-week

programme(coveri

ng all four skill)

for each semester.

(afternoon)

14 5.1.4 Guidance programme on various

competitive exams 10 Both

Continuous

activities (as and

when notifications

are out) by

Placement Cell



15 5.1.5 Sensitization on Prevention of Sexual harassment cell & Anti Ragging cell

05 Odd Beginning of the

semester

16 5.2.1 Pre-Placements Training, Guidance &

Counselling 10

Both For final year

students

17 5.2.1 Placements Drive Both For final year

students

18

5.3.3

Sports, Cultural and competitions

20

Both

As per University

Sports and

Cultural COE

19 Sports and Cultural Day Even First week of last

Month

20 General Valedictory programme Last month of Even semester

21 5.4.1 Alumni meet once in a year

05+05

Even First week of

second month

22 5.4.2 Seminar or Talk by Alumni for

students Both

(at least two in a

year or one in a

semester)

23 6.3.5 Academic Audit 05 Even First week of last

month

24 6.5 IQAC Meeting

(Twice in a semester) 10+10+10 Both

Begging and End

of Each semester

25 6.5.3 Preparation & upload of AQAR

Reports 10 As per NAAC guidelines

26 7.1.6 Stock verification 05 Even

Second week of

last month

27 General Parent Teachers Meeting -- Both After the release of

Odd/ Even

semester results

28 General Two CDC meetings - Both One in each

semester

* Students of 3rd and 5th semesters must register for MOOC courses on SWAYAM or any other suitable UGC

recognized platforms.https://docs.google.com/spreadsheets/d/e/2PACX-

1vTDp7Tc1jHmOcE82rml9Fj1wgdERMb8yMMyUMZC6B2I1VOVO8zt-

**Result analysis to be prepared for each Programme (B.Com, BBA/BBM) and Course (BA, B.Sc - Subject

wise) as per Grade wise/ Class

Total number

of students Appeared Absent FCD***

First

Class

Second

Class

Pass

Class Fail

Pass

percentage

*** FCD= First Class with Distinction

Annexure-02



ACADEMIC CALENDAR June -2020

Week &

Month Activities

Jun

e 2

02

0

Fir

st W

eek


June

2020

Sec

ond W

eek


June

2020

Thir

d W

eek


Jun

e 2

02

0

Fo

urt

h W

eek




ACADEMIC CALENDAR July - 2020

Week &

Month Activities

July

20

20

Fir

st W

eek


July

2020

Sec

ond W

eek


July

2020

Thir

d W

eek


July

20

20

Fo

urt

h W

eek




Prepare the same format for rest of the 10

months


Sl. No Reg. No Name of the student Subject 01 Subject 02 Subject 03 Suject 04 Subject 05 Subject 06 Total Signature of the student23456789

HoD Principal

Signature of the Faculty

Name of the CollegeDepartment of ……….

Statement of Final Internal Marks of B. Com/BA/B. Sc Course for ODD/Even Semester of 2018-19

All the internals are mentain in the hard copy for the academic year 2016-17 ,2017-18, 2018-19 & 2019-20

Feedback from students on Curriculum

Designed by SQAC, DCE, Bengaluru Page 1

Feedback from Students on Syllabus is maintained in

hard copy for 2016-17, 2017-18 , 2018-19 and 2019-20 by

on line Google form.

Name of the Student:………

Gender:…….

Course:………..

Semester:………………..

Legends:

05 04 03 02 01

Very Good Good Average Acceptable Poor

Particulars 05 04 03 02 01

1. Is syllabus creating interest in you?

2. The link between the chapters is

3. Availability of reference books

4. Did syllabus fulfill the expectations?

5. Overall the syllabus was?

6. Any other Suggestions

Sample google form: https://forms.gle/js8ZKve9QyFMVaCm8

User

2020-07-10 12:31:36

--------------------------------------------

Annexure 1.11

Criterion - 1 Matrics: 1.4.1

https://forms.gle/js8ZKve9QyFMVaCm8



Feedback from Students on Teachers

Student ID:………

Gender:…….

Course:…….

Semester:………

Name of the teacher: ……..

Subject:………

Legends:

05 04 03 02 01



1. Regularity of teacher to class

2. Preparation for the class

3. Subject knowledge of teacher

4. Presentation and communication skills

5. Knowledge on usage of ICT

6. Time allotted to interaction

7. Process of internal assessment by teacher

8. Availability outside the class

9. Guidance and mentoring

10.Overall effectiveness

11. Any other suggestions…………………..

Sample google form: https://forms.gle/UkvvkoKVJFEySwQ96

https://forms.gle/UkvvkoKVJFEySwQ96



Feedback from Faculty members on Curriculum / Infrastructure/ Governance/ IQAC

Name of the Faculty:………

Designation:………………..

Legends:

05 04 03 02 01



1. The Committee/BOS is taking care to ensure the

relevance of the course offering and updating from

time to time.

2. Aims Objectives and outcomes of the course and syllabus are well defined and clear to students and

faculty members

3. Teaching of the subjects has encouraged the faculty members to conduct research work

4. Student centered learning resources are available at college

5. Institution academic calendar of events is designed

and implemented in adherence to University calendar of events.

6. The library staff, resource and reading room are effective and accessible

7. The classrooms, labs and furniture facilities are adequate and well maintained

8. Supporting infrastructure like Toilet, Drinking

Water, Canteen, Parking facilities are available

9. The teachers are encouraged to

organize/participate in workshops/ conferences/

community services/consultancy services on qualitative themes

10. Sports infrastructure and Staff is effective and adequate

11. The administration is sincerely putting efforts and accessible for the development of the institution

12. The IQAC is working well for promoting quality

to achieve excellence in higher education

13. Any other suggestions…………………..

Sample google form: https://forms.gle/tQGcJ9n55BassAbZ7

https://forms.gle/tQGcJ9n55BassAbZ7



Feedback from Employer on Curriculum and Students

1. Type of setting/Organisation

a. Government

b. Semi-Government

c. Private

2. Name:

3. Designation:

4. Contact Number

5. Is our alumni are working in your organization

a. Yes

b. No

Legends:

05 04 03 02 01



1. Ability to contribute to achieve the goals and

objectives of the organization

2. Ability to manage relationship (seniors, subordinates

and juniors )

3. Communication skills

4. Commitment towards completing the task in time

5. Ability to work in a group and leadership skills

6. Ability to take extra responsibility

7. Overall performance of the alumni(your employee)

8. The present curriculum is as per the needs of the

industry

9. The syllabus has good balance between theory and

application

10. Your suggestion about the college/academics.



Sample google form: https://forms.gle/BbzSnSCoz6rhTgbKA

Feedback from Alumnus on Academics/College administration/Infrastructure

Name of the Alumni:…………….

Course Studied:………..

Year of Graduation:………….

Legends:

05 04 03 02 01



1. Alumni Association / Network of old friends of

your college

2. Head of the institution is accessible

3. Administrative staff of the institution is accessible

for various services

4. Faculty members are reachable for guidance and

support

5. Alumni members are encouraged to provide

valuable suggestions for the growth of the

institution

6. Platform is provided for regular interaction with

current students

7. Rate the course you studied in terms of

employability skills

8. Rate your stay at college in terms of teaching,

learning and administration

9. Overall feedback about college

Sample google form:https://forms.gle/3vQ2VXZBPKysWVHa8

https://forms.gle/BbzSnSCoz6rhTgbKA

https://forms.gle/3vQ2VXZBPKysWVHa8

Annexure – 1.12 Criterion -01

Metric:1.4.2



Government First Grade College.............

Web URL of stakeholders feed Analysis and Action plan

Sl.

N

o

Academi

c Year Url Link ID

01 2019-20

https://docs.google.com/forms/d/1ar6PFctNq_6Af1QMD5D3MtKGuGgtRPZatEjWTZ47IiI/edit?usp=sharing

02 https://docs.google.com/forms/d/11gsAIgX5O5cvdqJdhAOrGwnNRlpQTGUoxcjzP7JfbZw/edit?usp=sharing

03 https://docs.google.com/forms/d/e/1FAIpQLSfryWqPR0Qs79Dl0FcJZlUakTPZH53nT3SIklZPaJXcZJfkbw/viewform?usp=s

f_link

04

05

Documents

GFGC SHORAPUR Criterion -01