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w Daily Practice Problems (DPPs): A handout having problems for home
assignment, practice and classroom discussion covering current and previous
topics. A DPP for AIIMS/NEET contains approximate 8-10 problems.
w Study Material (Sheets/Modules): Topic wise study material having key
concepts, problems for practice in various Exercise Levels and questions asked
in previous years (AIIMS/ NEET/ Board).
w Periodic Tests: Periodic Tests are conducted having part syllabus (Part Tests -
PTs) with many problems of seen nature and Tests comprising of the syllabus
taught till date (Cumulative Tests - CTs) with unseen problems. Both PTs and CTs
are conducted on the pattern of AIIMS/NEET.
TEACHING/LEARNING TOOLS
Preparation for AIIMS/ NEET
Daily Practice Problems (DPPs)
Periodic Tests - AIIMS/ NEET Pattern
Classroom Teaching
Study Material (Sheets/Modules)
Doubt Classes
RESONANCE TEACHING METHODOLOGY TOTAL ACADEMIC HOURS
w 39 Weeks Course Duration:
w (P:203 | C:221 | B:221) Total Number of Lectures: 645
w 1.5 hrs = 90 minutes Duration of one lecture:
w 967.5 hrs Total Duration of Classroom Teaching:
w 74.5 hrs Total Duration of Testing Hours:
w 1042 hrs Total Academic Hours in SAMBHAV Course:
Disclaimer:w The Institute reserves the right to increase/decrease the number of lectures/tests
allotted to any topic and also make changes in the sequence of the topics/tests of each subject depending upon the course requirements.
w PlannerThis Course in all respects is applicable only at Kota (Rajasthan). At other Resonance Study Centres, Students/Parents may nd some ‘minor’ variations to accommodate City specic features/factors.
w The Topic Start Date mentioned here might vary for batches starting on different dates of the particular course. However the coverage of the content in any topic shall remain the same, it is done by altering the frequency of proposed/planned lectures in a particular week.
w The information given in this Course Planner is proposed for Academic Session 2018-19. The institute reserves the right to make changes in it in the interest of students.
th th thHolidays/ Vacations (Total: 12-Days): 1. Independence Day: 15 August, 2018 : One Day 2. Deepawali Holidays: From 5 November, 2018 (Monday) to 14 November, 2018 (Wednesday): 10 Days th3. Republic Day: 26 January, 2019: One Day (Applicable only at Kota SC and at other SC's Deepawali vacation will be informed to students as per respective SC holiday calender)
Course Commencement: 23.04.018 | Course Ends: 19.01.2019
Excelling in IIT-JEE Since 2001...
Growing in Pre-Medical Since 2011...
PRE-MEDICAL DIVISION
Exclusivity
Expertise
Excellence
EXPERIENCE
WITH US
TARGET*: AIIMSNEET
Acad
emic
Ses
sion
: 20
18-1
9
Target: AIIMS/NEET 2019
COURSE PLANNER FOR STUDENTS
CLASS-XIISAMBHAV (MF)
Medium: English | Hindi
A Course which offers ample time of 1 year to become an expert in the curriculum of AIIMS/NEET. The course progresses with basic fundamental study; covering upon the syllabus of boards alongwith the preparation for AIIMS/NEET. The course helps in development of concepts, rigorous practice for board exams, as well as competitive exams, enhancement of analytical thinking and increasing the condence level of aspirant.
COURSE CONCEPT
Preparation for Board Exam
Classroom Teaching & NCERT Book Discussion
Study Material (Sheets/Modules)
Doubt Classes
Total No. of Lectures 203
S.No.
Topic Name/Sequence
PHYSICS [P]No of
LecturesTopic
Start Date
1 Newtons Laws of Motion 7 23.04.18
2 Friction 5 01.05.18
3 Work Power Energy (WPE) 6 07.05.18
4 Circular Motion 5 21.05.18
5 Geometrical Optics 18 04.06.18
6 Electrostatics 18 25.06.18
7 Gravitaion 3 16.07.18
8 Current Electricity 9 19.07.18
9 Heat Transfer 4 30.07.18
10 Capacitance 6 03.08.18
11 MEC & MFC or Current (EMF) 8 10.08.18
12 Electro Magnetic Induction (EMI) 6 23.08.18
13 Alternating Current (AC) 3 30.08.18
14 Atomic Physics 6 03.09.18
15 Nuclear Physics 6 10.09.18
16 SHM 6 17.09.18
17 String Waves 5 24.09.18
18 Sound Waves 5 29.09.18
19 EMW 2 05.10.18
20 Wave Optics 4 08.10.18
21 Experiments & Erroe Analysis 2 12.10.18
22 Semiconductor Devices 4 15.10.18
23 POC 2 19.10.18
24 KTG & Thermodynamics 12 22.10.18
25 Units & Dimensions 1 15.11.18
26 Error Analysis 2 16.11.18
27 Center of Mass 6 19.11.18
28 RBD 8 26.11.18
29 Fluid Mechanics 5 05.12.18
30 Properties of Matter 5 11.12.18
31 Newtons Laws of Motion 7 17.12.18
32 Friction 5 25.12.18
33 WPE 6 31.12.18
34 Motion 6 14.01.19
SUBJECT WISE SYLLABUS PLANw Topic Commencement
No. of Lectures allotted to each Topicww Topic Name
Topic Sequencew
WEEKLY LECTURE PLANNER (Per Subject)
WeekDuration
From ToC
P/I O
No. of Lecture
PBot ZooBIOLOGY Total
W-1
W-2
W-3
W-4
W-5
W-6
W-7
W-8
W-9
W-10
W-11
W-12
W-13
CP/I O
No. of Lecture
PBot ZooBIOLOGY Total
W-28
W-29
W-31
W-30
W-32
W-33
W-34
W-35
WeekNo.
WeekDuration
From To
W-27
WeekNo.
WeekDuration
From To
W-17
W-18
W-14
W-15
W-16
W-24
W-19
W-20
W-21
W-22
W-23
W-25
W-26
CP/I O
No. of Lecture
PBot ZooBIOLOGY Total
WeekNo.
W-37
W-36
W-38
W-39
23/4 28/4 6 4 2 3 3 18
30/4 5/5 6 4 2 3 3 18
7/5 12/5 6 4 2 3 3 18
14/5 19/5 6 4 2 3 3 18
21/5 26/5 5 4 2 3 3 17
28/5 2/6 6 4 2 3 3 18
4/6 9/6 6 4 2 3 3 18
11/6 16/6 6 4 2 3 3 18
18/6 23/6 6 4 2 3 3 18
25/6 30/6 6 4 2 3 3 18
2/7 7/7 6 4 2 3 3 18
9/7 14/7 6 4 2 3 3 18
16/7 21/7 6 4 2 3 3 18
23/7 28/7 6 4 2 3 3 18
30/7 4/8 6 4 2 3 3 18
6/8 11/8 5 4 2 3 3 17
13/8 18/8 4 3 1 2 2 12
20/8 25/8 6 4 2 3 3 18
27/8 1/9 6 4 2 3 3 18
3/9 8/9 6 4 2 3 3 18
10/9 15/9 6 4 2 3 3 18
17/9 22/9 6 4 2 3 3 18
24/9 29/9 6 4 2 3 3 18
1/10 6/10 6 4 2 3 3 18
8/10 13/10 6 4 2 3 3 18
15/10 20/10 6 4 2 3 3 18
22/10 27/10 6 4 2 3 3 18
29/10 3/11 6 4 2 3 3 18
5/11 10/11
12/11 17/11 3 2 1 1 1 8
19/11 24/11 6 4 2 3 3 18
26/11 1/12 6 4 2 3 3 18
3/12 8/12 6 4 2 3 3 18
10/12 15/12 6 4 2 3 3 18
17/12 22/12 6 4 2 3 3 18
24/12 29/12 6 4 2 3 3 18
31/12 5/1 6 4 2 3 3 18
7/1 12/1 5 4 2 3 3 17
14/1 19/1 6 4 2 3 3 18
Deepwali Vacations
1 15 23.04.18
2 9 28.05.18
3 18 18.06.18
4 3 30.07.18
5 20 06.08.18
6 12 24.09.18
7 9 22.10.18
8 7 21.11.18
9 6 10.12.18
10 1 24.12.18
11 4 25.12.18
12 5 02.01.19
1 6 23.04.18
2 6 07.05.18
3 2 21.05.18
4 8 23.05.18
5 3 12.06.18
6 9 19.06.18
7 11 10.07.18
8 3 06.08.18
9 2 13.08.18
10 3 20.08.18
11 7 27.08.18
12 6 10.09.18
13 5 24.09.18
14 4 03.10.18
15 7 15.10.18
16 3 30.10.18
17 6 19.11.18
18 5 03.12.18
19 4 12.12.18
20 6 24.12.18
21 6 07.01.19
Cell Biology
Reproduction in Flowering plants
Genetics
Application Biology
Ecology
Plant Physiology II
Plant Morphology
Plant anatomy
Plant Physiology I
Living world
Biological Classification
Plant Diversity
Digestion & Absorption
Body Fluids & Circulation
Reproduction in Organisms
Human Reproduction
Reproductive Health
Evolution
BHW (Human Health & Disease)
BHW (Animal Husbandry)
BHW (Microbes in Human Welfare)
Biotechnology (Principles & Processes)
Biotechnology (Applications of Biotechnology)
Biomolecules
Excretory Products & Their Elimination
Locomotion and movement
Neural Control & Coordination
Chemical coordination & Integration
Animal Kingdom- including Protozoa
Structural Organisation in Animals
Breathing and Exchange of Gases
Digestion & Absorption
Body Fluids & Circulation
S.No.
Topic Name/Sequence No ofLectures
TopicStart Date
BIOLOGY [B]
Total No. of Lectures 221
BOTANY
ZOOLOGY
1 8 23.04.182 5 07.05.183 12 15.05.184 11 05.06.185 7 25.06.186 6 05.07.187 8 17.07.188 7 31.07.189 10 13.08.18
10 11 30.08.1811 6 19.09.1812 9 01.10.1813 9 16.10.1814 4 31.10.1815 6 19.11.1816 4 28.11.1817 6 05.12.1818 6 17.12.1819 7 26.12.1820 2 08.01.1921 3 10.01.1922 2 16.01.19
1 5 23.04.182 2 08.05.183 3 15.05.184 6 28.05.185 8 18.06.186 8 16.07.187 6 20.08.188 4 10.09.189 6 24.09.18
10 2 15.10.1811 4 22.10.1812 4 19.11.1813 4 03.12.1814 7 17.12.1815 1 08.01.1916 2 14.01.19
Atomic StructurePeriodic tableChemical Bonding Thermodynamics
Solid StateMole concept Solution & Colligative PropertiesChemical EquilibriumIonic EquilibriumElectrochemistry
Metallurgy
Chemical Kinetics Coordination Compoundsd-block CompoundsSurface Chemistryp-block (B-C family)p-block (N-O family)p-block (Halogen & Noble gases)
Gaseous States-blockEquivalent Concept & Redox ReactionQualitative Analysis
IUPAC NomenclatureStructural IsomerismPOCGOC (Electronic effect)Application of electronic effects
StereoisomersReaction Mechanism of Alkyl / Aryl halide
Reaction Mechanism of Alcohol etherChemical reaction of Hydrocarbon (Alkane/ Alkene/Alkyne)Grignard reagentAromatic Hydrocarbon
PhenolAromatic compound (Phenol Aniline, Nitrobenzene)Carbonyl Compound & Carboxylic acid & derivatives
Chemistry in everyday life
Biomolecules
ORGANIC
Total No. of Lectures 221
S.No.
No ofLectures
TopicStart Date
CHEMISTRY [C]
PHYSICAL/INORGANIC
Topic Name/Sequence
Tota
l Tes
ting
Hou
rs7
4.5
MB
PT-P
2
MB
PT-C
2
MB
PT-B
2
PHYS
ICS
CHEM
ISTR
Y
BIO
LOG
Y
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
15-0
1-19
17-0
1-19
19-0
1-19
3 3 3
18 19 20
13-0
2-19
15-0
2-19
17-0
2-19
AIO
T-2
NEE
TFu
ll Sy
llabu
sFu
ll Sy
llabu
sFu
ll Sy
llabu
sFu
ll Sy
llabu
sFu
ll Sy
llabu
s24
-02-
193
2228
-02-
1905
-03-
1907
-03-
19
MB
PT-P
1PH
YSIC
SFu
ll Sy
llabu
sFu
ll Sy
llabu
sFu
ll Sy
llabu
sFu
ll Sy
llabu
sFu
ll Sy
llabu
s20
-11-
183
11
MB
PT-C
1CH
EMIS
TRY
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
312
MB
PT-B
1B
IOLO
GY
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
Full
Sylla
bus
313
22-1
1-18
24-1
1-18
18.1
2.20
18
20.1
2.20
18
22.1
2.20
18
13-0
5-18
(Sun
day)
1PT
-1N
EET
2CT
-1N
EET
3PT
-2AI
IMS+
BPT
4CT
-2N
EET
5PT
-3N
EET
6CT
-3AI
IMS+
BPT
7PT
-4N
EET
8CT
-4N
EET
9PT
-5(A
IIMS)
+B
PT-3
10CT
-5N
EET
14PT
-6N
EET
15CT
-6AI
IMS
16FS
T-1
(XI+
XII
Sylla
bus)
NEE
T
17FS
T-2
(XI+
XII
Sylla
bus)
AI
IMS
21AI
OT-
1 N
EET
03-0
6-18
(Sun
day)
24-0
6-18
(Sun
day)
15-0
7-18
(Sun
day)
05-0
8-18
(Sun
day)
26-0
8-18
(Sun
day)
16-0
9-18
(Sun
day)
07-1
0-18
(Sun
day)
28-1
0-18
(Sun
day)
18-1
1-18
(Sun
day)
09-1
2-18
(Sun
day)
30-1
2-18
(Sun
day)
06-0
1-19
(Sun
day)
13-0
1-19
(Sun
day)
27-0
1-19
(Sun
day)
PER
IOD
IC T
EST
SCH
EDU
LE &
RES
ULT
CO
MM
UN
ICAT
ION
Per
iodi
c Te
st S
ylla
bus
Phy
sics
Chem
istr
y
Phy
sica
l/ I
norg
anic
Test
Patt
ern
Per
iodi
cTe
stD
ate
Dis
play
&Co
mm
unic
atio
nof
Fin
alR
esul
t w
ith
All
Res
onan
ceR
ank
(AR
R)
Upl
oadi
ngof
Res
ult
onR
eson
ance
Web
site
Org
anic
Firs
t D
ispl
ay(N
otic
e B
oard
)&Co
mm
unic
atio
nto
par
ent
wit
hCe
ntre
Ran
k
Bio
logy
Bota
ny
Zoolo
gy
Not
e: 1
. Stu
dent
s ar
e ad
vise
d to
ref
er t
heir
not
ice
boar
d fo
r te
st t
imin
gs.
2. T
heir
will
be
no c
lass
es o
n th
e pr
eced
ing
satu
rday
bef
ore
ever
y PT
s/ C
Ts.
3.
Stu
dent
can
sub
mit
the
ir r
eque
st fo
r re
-eva
luat
ion
in t
wo
wor
king
day
s af
ter
first
dis
play
of r
esul
t.
NLM
, Fri
ctio
nAt
omic
Str
uctu
re +
Per
iodi
c ta
ble
(Upt
o El
ectr
on g
ain
Enth
alpi
es)
IUPA
C no
men
clat
ure,
Stru
ctur
al is
omer
ism
C
ell B
iolo
gy u
pto
mit
ocho
ndri
aD
iges
tion
& A
bsor
ptio
n17
-05-
18(T
hurs
day)
22-0
5-18
(Tue
sday
)24
-05-
18(T
hurs
day)
S. No.
Per
iodi
cTe
st T
ype
and
No.
Test
ing
Hou
rs
NLM
, Fri
ctio
n, W
PE, C
ircu
lar
Mot
ion,
CO
MAt
omic
Str
uctu
re +
Per
iodi
c Ta
ble
+ C
hem
ical
bon
ding
IUPA
C no
men
clat
ure,
Str
uctu
ral
isom
eris
m, P
OC,
Ele
ctro
nic
effe
ct (
I,R)
Cell
Bio
logy
(Co
mpl
ete)
Dig
esti
on &
Abs
orpt
ion,
Bod
y flu
ids
& C
ircu
lati
on, R
epro
duct
ion
in o
rgan
ism
s
Geo
met
rica
l Opt
ics
Chem
ical
Bon
ding
+Th
erm
odyn
amic
sAp
plic
atio
n of
Ele
ctro
nic
effe
ct,
Stab
ility
of i
nter
med
iate
Cell
Bio
logy
+ R
epro
duct
ion
in F
low
erin
g pl
ants
Rep
rodu
ctio
n in
org
anis
ms,
Hum
anre
prod
ucti
on, R
epro
duct
ive
Hea
lth
Geo
met
rica
l Opt
ics,
Ele
ctro
stat
ics
Chem
ical
Bon
ding
+Th
erm
odyn
amic
s +
Sol
id S
tate
+M
ole
conc
ept
Appl
icat
ion
of E
lect
roni
c ef
fect
, St
abili
ty o
f int
erm
edia
te, A
cid
base
, ta
utom
er
Cell
Biol
ogy+
Repr
oduc
tion
in F
low
erin
g Pl
ants
+G
enet
ic (
up t
o m
utat
ion)
Rep
rodu
ctio
n in
org
anis
ms,
H
uman
Rep
rodu
ctio
n,
Rep
rodu
ctiv
e H
ealt
h, E
volu
tion
Elec
tros
tati
cs, G
ravi
tati
on, C
urre
nt
Elec
tric
ity,
Hea
t Tr
ansf
er,
Cxap
acit
ance
Solu
tion
& C
ollig
ativ
e Pr
oper
ties
+
Che
mic
al E
quili
briu
m (
upto
R
eact
ion
Quo
tien
t)St
ereo
isom
ers
(GI,
OI)
Gen
etic
s Co
mpl
ete
Evol
utio
n, H
uman
hea
lth
& D
isea
ses
Geo
met
rica
l Opt
ics,
Ele
ctro
stat
ics,
G
ravi
tati
on, C
urre
nt E
lect
rici
ty,
Hea
t Tr
ansf
er, C
apac
itan
ce, E
MF
Sol
utio
n &
Col
ligat
ive
Prop
erti
es +
Ch
emic
al E
quili
briu
m +
Ioni
c Eq
uilib
rium
(up
to b
uffe
r so
luti
ons)
Ster
eois
omer
s (G
I, O
I) &
Rea
ctio
n m
echa
nism
of A
lkyl
/Ary
l hal
ide
(SN
1, S
N2)
Gen
etic
s +
Pla
nt B
reed
ing
+
Ecol
ogy-
Org
anis
m a
nd P
opul
atio
nCl
ass
XII f
ull s
ylla
bus
(exc
ept
Bio
tech
nolo
gy)
EMF,
EM
I, AC
, Ato
mic
Phy
sics
Ioni
c Eq
uilib
rium
+ E
lect
roch
emis
try
Rea
ctio
n M
echa
nism
of A
lkyl
/Ary
l ha
lide
(SN
1, S
N2)
& A
lcoh
ol e
ther
Ecol
ogy-
Org
anis
m a
nd P
opul
atio
n +
Ec
osys
tem
+ E
nvir
onm
enta
l Iss
ues-
up t
o W
ater
Pol
luti
on
Anim
al H
usba
ndar
y, M
icro
bes
in
hum
an w
elfa
re,B
iote
chno
logy
CT-3
+EM
I, AC
, Ato
mic
Phy
sics
, N
ucle
ar P
hysi
cs, S
HM
, Str
ing
Wav
es, S
ound
Wav
es
Ioni
c Eq
uilib
rium
+ E
lect
roch
emis
try
+ M
etal
lurg
y +
Che
mic
al K
inet
ics
(upt
o Ex
peri
men
tal M
etho
d to
ca
lcul
ate
orde
r)
Rea
ctio
n m
echa
nism
of A
lkyl
/Ary
l ha
lide
(SN
1, S
N2)
& A
lcoh
ol e
ther
, H
ydro
carb
on (
Chem
ical
rea
ctio
n of
Al
kane
)
Ecol
ogy
(Com
plet
e) +
Plan
t Ph
ysio
logy
II -
Res
pira
tion
up
to
kreb
cyc
le
Clas
s XI
I ful
l syl
labu
s,
Bio
mol
ecul
es,
Nuc
lear
Phy
sics
, SH
M, S
trin
g W
aves
, Sou
nd W
aves
, Wav
e O
ptic
s,
Erro
r An
alys
is &
Exp
erim
ents
Chem
ical
Kin
etic
s +
Coo
rdin
atio
n Co
mpo
unds
(up
to Is
omer
ism
)
Chem
ical
rea
ctio
n of
hyd
roca
rbon
(A
lkan
e / A
lken
e / A
lkyn
e),
Arom
atic
hyd
roca
rbon
Gen
etic
Eco
logy
+ P
lant
Phy
siol
ogy
II-R
espi
rati
on, P
hoto
synt
hesi
s up
to
Ligh
t R
eact
ion
PT-5
: B
iom
olec
ules
, Exc
reti
on,
Loco
mot
ion
Mov
emen
t, N
eura
lCo
ntro
l and
Coo
rdin
atio
nB
PT-3
: Fu
ll Cl
ass
XII s
ylla
bus
CT-4
+ E
rror
Ana
lysi
s &
Ex
peri
men
ts, U
nits
& D
imen
sion
, Se
mic
ondu
ctor
Dev
ices
& P
OC,
KTG
&
The
rmod
ynam
ics
Elec
troc
hem
istr
y +
Met
allu
rgy
+
Chem
ical
Kin
etic
s +
Coo
rdin
atio
n co
mpo
unds
+ d
-blo
ck C
ompo
unds
Chem
ical
rea
ctio
n of
hyd
roca
rbon
(A
lkan
e / A
lken
e / A
lkyn
e),
Arom
atic
hyd
roca
rbon
(ES
R)
Plan
t Ph
ysio
logy
II (
Com
plet
e)
Clas
s XI
I ful
l syl
labu
s, B
iom
olec
ules
, Ex
cret
ion,
Loc
omot
ion
mov
emen
t,
Neu
ral C
ontr
ol a
nd C
oord
inat
ion
Plan
t M
orph
olog
y +
Fam
ilies
of fl
ower
ing
plan
ts
Chem
ical
Coo
rdin
atio
n &
In
tegr
atio
n, A
nim
al K
ingd
om
CT-5
+ R
BD
, Flu
id M
echa
nics
, Pr
oper
ties
of M
atte
r, N
LM
Uni
ts &
Dim
ensi
on, S
emic
ondu
ctor
D
evic
es &
PO
C, K
TG &
Th
erm
odyn
amic
s, R
BD
CT-5
+ S
urfa
ce C
hem
istr
y+
p-b
lock
Surf
ace
Chem
istr
y +
p-
bloc
k (B
-C fa
mily
) +
p-b
lock
(N
-O
fam
ily)
(upt
o ox
ide
of N
itro
gen)
Chem
ical
rea
ctio
n of
Phe
nol &
Ani
line,
N
itro
benz
ene,
Nuc
leop
hilic
add
itio
n re
acti
on o
f car
bony
l com
poun
ds
Chem
ical
rea
ctio
n of
Phe
nol &
Ani
line
Plan
t M
orph
olog
y+Pl
ant
Anat
omy
+Pl
ant
Phys
iolo
gyCo
mpl
ete
sylla
bus
exce
pt D
iges
tion
&
abso
rpti
on, B
ody
fluid
s &
cir
cula
tion
CT-6
+ C
arbo
xylic
aci
d &
der
ivat
ives
FST-
1 (X
I+XI
I Syl
labu
s) N
EET
Full
Sylla
bus
Full
Sylla
bus
Com
plet
e sy
llabu
s
FST-
2 (
XI+
XII S
ylla
bus)
AIIM
SFu
ll Sy
llabu
s
FST-
1 (X
I+XI
I Syl
labu
s) N
EET
Full
Sylla
bus
Full
Sylla
bus
Com
plet
e sy
llabu
s
Com
plet
e sy
llabu
sFu
ll Sy
llabu
s
Full
Sylla
bus
Full
Sylla
bus
07-0
6-18
(Thu
rsda
y)12
-06-
18(T
uesd
ay)
14-0
6-18
(Thu
rsda
y)
28-0
6-18
(Thu
rsda
y)
19-0
7-18
(Thu
rsda
y)
09-0
8-18
(Thu
rsda
y)
30-0
8-18
(Thu
rsda
y)
20-0
9-18
(Thu
rsda
y)
11-1
0-18
(Thu
rsda
y)
01-1
1-18
(Thu
rsda
y)
22-1
1-18
(Thu
rsda
y)
13-1
2-18
(Thu
rsda
y)
03-0
1-19
(Thu
rsda
y)
10-0
1-19
(Thu
rsda
y)
17-0
1-19
(Thu
rsda
y)
31-0
1-19
(Thu
rsda
y)
03-0
7-18
(Tue
sday
)
24-0
7-18
(Tue
sday
)
14-0
8-18
(Tue
sday
)
04-0
9-18
(Tue
sday
)
25-0
9-18
(Tue
sday
)
16-1
0-18
(Tue
sday
)
06-1
1-18
(Tue
sday
)
27-1
1-18
(Tue
sday
)
18-1
2-18
(Tue
sday
)
08-0
1-19
(Tue
sday
)
15-0
1-19
(Tue
sday
)
22-0
1-19
(Tue
sday
)
05-0
2-19
(Tue
sday
)
05-0
7-18
(Thu
rsda
y)
26-0
7-18
(Thu
rsda
y)
16-0
8-18
(Thu
rsda
y)
06-0
9-18
(Thu
rsda
y)
27-0
9-18
(Thu
rsda
y)
18-1
0-18
(Thu
rsda
y)
08-1
1-18
(Thu
rsda
y)
29-1
1-18
(Thu
rsda
y)
20-1
2-18
(Thu
rsda
y)
10-0
1-19
(Thu
rsda
y)
17-0
1-19
(Thu
rsda
y)
24-0
1-19
(Thu
rsda
y)
07-0
2-19
(Thu
rsda
y)
3 3
3.5+
3
3 3
3.5+
3
3 3
3.5+
3
3 3
3.5+
3
3.5+
3
3 3
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Discussion Schedule of Daily Practice Problems (DPPs):
S.No.
DPP No.WeekNo. PHYSICS
CHEMISTRY BIOLOGY
P/I BOTO ZOO
No.of
DPPs
1
2
3
4
5
6
7
8
9
10
11
12
13
W-1
W-2
W-3
W-4
W-5
W-6
W-7
W-8
W-9
W-10
W-11
W-12
W-13
S.No.
DPP No.WeekNo. PHYSICS
CHEMISTRY BIOLOGY
P/I BOTO ZOO
No.of
DPPs
14
15
W-14
W-15
16
17
18
19
20
21
22
23
24
25
26
W-16
W-17
W-18
W-19
W-20
W-21
W-22
W-23
W-24
W-25
W-26
S.No.
DPP No.WeekNo. PHYSICS
CHEMISTRY BIOLOGY
P/I BOTO ZOO
No.of
DPPs
31
32
33
34
35
W-31
W-32
W-33
W-34
W-35
27
28
29
30
W-27
W-28
W-29
W-30
TotalNumberof DPPs
72 74 76 89 37968
DIWALI VACATIONS
23
24
25
26
W-36
W-37
W-38
W-39
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 8
2 2 2 2 2 10
2 2 2 3 9
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 8
2 2 2 2 8
2 2 2 2 8
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
2 2 2 2 3 11
0
2 2 2 2 1 9
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 2 2 10
2 2 2 6
0
0
0
0
0
0 0