hrs Total : ctical First Year

i]}IIWJRSITY
'
Ey.L?b$_gld_gShellrg
of
CF' c.iri,-r-!.lL!
Ex.=rn.4.3.Iii"{l
J.q*"9:E:-.-Fhvsics Main
(to ue effective from'1996 admissiL-lnr-a cnv'errds)
The I--l Sc. Physics (iuai-n) ccu::se sh::11- L--e spread over a period
of three years. There sha1l be s1;r'Ll:eory p.ipers of I hours duration
and three practical examina.tion r-rf J hrs,ittration. Ti:e hor:rs of
teaching per vreek sha1I be as under.
First Year
:
Second Year
:
Third Year
:
ctical
Prac,ticel
Practical
Theory 2 hrs
Theory I hrs
Theory l7hrs
The Scheme of examination
gi-ven bel-cw:
Ei-rst Year
Paper I - Mathematical
Pra
and
d
i!
2
e
Total : 4 hr.s.
Total : 5 hrs.
Total : 25 hrs.
hrs
hrs
l:rs
istribu'Lion of marks shall- be
and GeneraL
Phvsics I irrs.
as
70 llarks
Second 'r'ear:
-Jhrs
Paper II - Electrodynamics and clrcuit theory
Third
Year
Paper III - Mechanics and Thermal Ptrysrcs
Paper IV
Pa-per V
Paper VI
Optive_and Spectroscopy
Modqrn PhygiqF
.Adva?rced
Sciertc
Electrrcnics
&
Coiirputer
e
j hrs.
J hrs
J hrs
- J hrs
70 i{.arks
)
7o I4arks
70 Marks
70 l,{arks
70 l{arL.s
Practicals:
Paper I
- Mechanics, Properties cf Matter
Paper If
.Heat & Sound and Ootics
Lab record for Paper I
-J
Electricity
-Jhrs
& Magnetism
Lab record for.PaPer
Paper IiI
II
Electrorics
Lab Record
hrs
-Jhrs
for
PaPer
Total
IIi
50 Marks
1)
Ivlarks
5O Marks
10 Marks
50 Marks
'10 l,iarks
5,Jr.,
Marks
11q.'
t
?fu, C n)
iJl:I\,-TiRSITY
0F
to)96
CiTLICUT
(hbstract)
t+tion of revLsed scheme and sy1l-abus for B.Sc. Ehvsics
subsioiary (f ],ear cnly); effectirre fromTgjlTffiission
ed - orrlers issued.
-
1_ =
=
=
=
-
==
-
r;tr|,1f,p.;rl,
:',T/ll /zolo/gA
-
=
i=
=
=
=
:
:-r
-:
>-.
==
=
=
::
==
=:
=
=
=
I' J SECTIOII
Dated, calicut Univer"sity p.O. 19.9.19E6.
tND ACADEI1IC
r
====:======-===i
R"errd:- '1 . l:,Iinutes of the rneeting of the Boartl of studies in
Physics (uc) nera on 1.6.196
2. Itlinutes of the rneetinsl of the ljoar-d cf Stuciies in
Phy-=i"= (uil ) nera on 12.T .1995 ,
1.
orderscf tlre vice-ch:rncelror in the fire
IJo "GA
T/J1/2o1o/96
ORDER
1'lre Board of Studies in Physics (U:,1 ;,,t its rireeting held
7.5., !6 has resolved to revise the B.Sc. Plryslcs pjain irnd
j..iry
on
Subsid
iyll_abus .
The Board ef str-rd,ies at its seeond meetin;j held on zz.T.t96,
o;,,proved the.scheu:e, and r year B.Sc. physics tttlin and s,_rbsicliary'
sylIa
bus
since the cl.rsses for the r year degree i996 adrnission have
alr.eady been st,erted end in .'riew-.,i uigenEy, the-Vice_Chancel1or,
exercising the powers of the Academic counlit has approve,i the
revised scheme and syllabus of- B.Sc. Physics
aird subsidi,hry
( r ]'ea" oiLly) ils recommended b-'r the goird -ortutein
stroi"r.
Sanction is therefore accordeC by tlie Vice-Chancel1or fcr tl:e
implementation o.f the revised -cchcuie and sylJ-abus of g.Sc.-Fhysics
Main ,rnd Subsidiery (f year only) from 1996 :rclnission onw:rds,
Revised scheme ard.sy.1J_a,bus :rre .appended
-
sd/-
DEPI-ITY RENISTF(AR (GLli
Fcr R.egistrar
Tor
Principals.af. a1l collegcs offering
B.Sc.
Fhysics (ivtain & Subr"ioiary)
.
The
Copy
tr:
C .E. /lJnivers i ty infa rrn.a tioh c entre s,/U:-, 1r,e rs i ty
Library/Frrquj_ry pareekshabhavan/aa.l,I F s", /ir/pc,
\//
FarR.liARDm/ny onoeR
(
)
L
cr. /2O /g
cl;.am
i
J
A.lru"q,
;
lPl?.XIDrli ljl.
,. ltrrldl,r,nsrTY
0I q.lrIqpl.
?^+*;
l-
f or ts Sc ?EISICS I'IA-I-II
(1 9?(r r.clnissiotl otl^nr'c1sr)
Sy11o.bus
Tll: follorvir:g is tlrc syl1a1:us of B'Se ?liysice l{eln Pcper I' effective
frcn 1996 c.clnissiotls otrT ru:c1s, At tiie otrcl of I yeot, ie' in l'lclIch 1997
tle iJx'rnit:o'tiot: baseil ou
sp,,16s'c1s tlre stuclents ru:e lequirecl to oppelrr'ior
this ner,r 1'gr7lsecl syllebus.
rbook for: sturciyr is
For:6rc1 topic of sturly, tlre tLosres of tie
t:-'ec;tec1
sug.3estecl sepu.r"te1y. It ncy be Dotec-]. that eeeh tcpic is to be
tc- the e,xter:t tllcrt it is giveD ir.) tIrc book for stucly' Fc'r tlp exar]itlciiol:, qrestio.)s c+-e to be set iu such e wey t[et tire nit:j;:l"rn nrl-ks
those
expeuterr. fc;: cluestrcDs fior:r -..:ch to?ic slrc.ll tlot be less tlxur
6iveu il,' tje sY1labus.
Uuit I
V
}]'f 0iis
-
Teechi-t:g l-roul:s
- 14, ]4al:ks:
12
1.1 t\pplicetior of 'rectorri'
Cot:cul'ret:t for'cr)s - uol:k rJ'oee b;l e fct'ee oll
.1n$i--L'-:'
rr chru'gecl par-t lel-e
',' lr-'ci.h)' oi ri-E,itl bo<ly ellout a f ixecl cxis'
.2''Iectr.rr' Ce.1c:.t1uc
vector funcl;ior: of e sitlgle sca.flu-.reriab'1e - sone rrtles of
rLiffereutietiou. f ifie..-entirrtiou of e. scalrl;l' p::o.l'uct rucl vector
p::crluct - I j-ffer:et:tietior: sceler- t::ippLe procluct
volttne
1,1 Iutega'fltiot:.ol c vecttr - litre ir:ter:p:a1, sLlr.fcrce itttel;'*e'I'
ir:ie6:'41 . Sce'lru' crltl vactor Fiercls'
1
.DiJectioDilf r-lerirrotives' G''-eclier:t' -1)ivergeuce Gruso theoren
Cr.u-I of e vector. lhysicel ir:terpletatiorl of Culf
(noorc for stucly : tintlrenr-ticr.l Physics by BD Gupte')
1')1)
(Sectiot:s : 1.1 6t 1.17' 1.18, 1'21r 1'22, 1'2i'1'24' 1'251 1'26'
2.
Merks : I
- feaeilit:g 1-*s' 6
2.1 l{.obebil-ity tlx-.e.r'y - cfrssier-1 cldfinitiotl - f::equel)cyi clef il)itiouRrurclon exi:eritretlts - scnple cpece - oveuts - ,turic'no"tic'ep1:::onch
,ller.retrtru'y
Stetisties'
top:robc-bi1i-ty-'eJlenetltrrlytlreotensoup::c'bebiliiy(without
p:oof) ntlcl its aPPliccitiotls
2.! F-ru:cl0n va.iebles - Discrete r.ttcl cotltitTuous - I'''-obebil-ity
derlsityfutrctiotrs.-Dist:.-ibutlotlfut:ctiou_}ivs:ie.tep*o.bo.bi1ity
clisbilr-rtiotls - cotlcepts 'of Stochastic iudepet:cletlce ru:d
el- itlcle ire uci et:ce .
rreqrijracl'
(concepts, clefiuitions er:c1 qrrefj.tnti're treatner:t el-e
r-e o-urilecl' )
ll o r i6orous nrtlreue;t ici'l tr:e s'ine t:t' is
nr:'lr-t
,i.lool-:fot--strrc117:Ar.titltroc}'rctic-rrrtt'tl:eory<'rfStr'tisti'csbyl{oocliu:c1
2''1')t ?-'17' 2''18' 4': ?' 'i'1 'J'2'
i,r-rylci11 - - Sectious Z'1 ,2'')r 2'A,2'5t
cotttcl ....,.....2
t.r. /7 /9
t-
I
r
_9 -
,,Jlit III
Flr.JfeS Oi reicreDces
Indetie"l_ frc.r:es
-
?ee"e',li.ug
oi r:efeteuc.rs -
hor.ils : 5
Mar-ks
Geli1,:o.n t::elsf orne.tioLl
:
-
ltlTpotiresis
ofGclil:atrit:vc.:-ii-it:1;s.Cotrsrl'vc'ti6riofnonentnn'
IIon-inertiel f::ranes :rlxl f r-c-ti1'-.1-or-ls forces;-Cctttriftr'3e] f cit:ce"
Coriofios folce.
r:otltiDg fra:nes ci r-efelel]C-.]s .r ,Egir-ce.lt ?etrclul-un - l'"r'sic iclea'
(Bootc fo:: stucly : Ilcci:r'ttrcs trv JC llpaclhynyc'
?'1o' 2'11)
Sectior:s r 2.1 , 2.2, 2-1 , 2-4, 2.'), -2'i;, 2'7, 2''8, 2'9'
Uuit IV. Dyt:mics of i'sin,'31e D'l!-'uicic" Eours : 12 l"lcrks 12
qg c' ctirl'6pc1
Caer:eref e2ue.tioti of gCrti-ot:' rl',*" of forces' Kiuetic::)t:':rgry
electr'lc
pru:ticle' il) er: elect:rrc fiel-cl. Cll[rr-geil pertic]e iu nt: unifcrln
fiefcl, Motior: of chcJrpcl ilcuticle :-t: c t::ruisvel'Ge eleetric fielcl'
utrifarr:i nc'gr:eti-c
Appliceiiou tO ct"tlrotle l-'eii tube. clH:ged. p{u'iiclt' itl e
field.,Clrerseopo-ticieit:e.crcsseiieleetriceuc].no.Btreticf1c].c1.
Applicat!ot: to cycloi-r:l:, I'io"gt:etic f ocussitr6'
(Books for stucly : l'tecluti:ics b17 J0 Upcil-hyoyc"
4"11)
S""t:-on" n 4.1,',:y,2, 4,1, 4.5, 4'5, 4"t, A"B, 4'9t 4'14' 4'10'
cuirpcivctiot: of !?tlerEl . Hol]}'o : 5 l{clks z 5
uuit v
Cottserva,tiot:feus-cot:ser'vatiuefol'ces-'trt:er6yfunction'
iel eller-aY cr-1r'\ -a,' ]trctl cot:servatiotr f orces'
Sookforstucly:I{eciruricsuy{Upaclhye;re;Sectiotts5'1't5'5'
5"7, 5.1A, 5"il
6 Mar'ks z 5
Urrit VI - Litrenr- eDd atl8ulsx norelir-rr - Ilours :
of
co,ser'r.tior: of fillenr nonelltun" - centre of Dess' co]lisiou
notiotl ut:,.l,-.-r
two i:er-tic1es. Rock.ets. At:itrta-r: nonetltun e.tx1 toroj're,
en';plru'
ceDtrel f orce. l\-r:eel velocity' il"x:nDles of col:se:lotior:' of
nor-euttiir
.
Potettt
(3oot<for:stucly:jvleclronicsbi/J0llpecllryeya.Seotior:s.,6.1,5.2,^5.1,
5.1, 5"6,-6-7, 5.ct)
I'I(l}-k: : O
Ur:it rtrfI - Veves - Teochitl,S hc'r-r1.s : 1O
Pfr'.ue
lw-r-.re . sofuti-on in llie expor:qntief lor-n.
GeDeral equctioll of
wo.ve. Pr:inciple of super'Ir.o.3i!-eiisive wir.v;. Tl.u,rc c1!:lensione]
w.JIes
positi otr. dlrer6y iter:sity of i:iaru Tnro8a.essivu. \,InV€ T**ctlsvers
iustretclreclst::itl6p-.I,oll.lituclittclwevesirlroclsru:c16eses'
rt.igi$ bc,ut:clcE.y erlcl f::ee
i.Jeves ill boutlcl-.tl nc(..i!tt]. Str,tiou;:l.y }Ieves
boutlda.y.Fou::j.e'rsc.-j.os.iittcJysisofsquct.e'!'.r.-vee.tlrlsc.lrbootlrwcve.
(Icc,i: 1 r;' j l:tt':.'.. ' l'lecliru:ics 'by .rC Upecll'ryaye: Scctiotls 11'2t 11 '1 '
11.-1. i1.5, 11.' , 11.8, ',1 .,)t 11--10' 11.12)
.1
';.:-.ilf;
contcl......1
2
\
rJca.r. l-r
.:1_
tt--t
Uttit VIfr- - Ffuicl
.b
j ,
JL l::_ t^,.: ,i .J^ -,l;1liy-y..
cJ
-.i,.;..-.;..;;. i.t /
''i.j.t,i._,
,,,-.! . ll.r,
i ..t t_ tl.i*,)
Dyniu:rics
-
Teacld-p6 ltor**s
s 5
j,.tnrks :
.
6
Iluit fX
ec1ec1
\.s/7/9
9
- /_-
llf -ryerf _lJf
.o{-Qgl=.+,c_t+*t.
11al,r.rs end Scherne
f-nsis.;
ysics Su-Lsidie
The ccurse
-first two years of the Course. Th
of three hours duration each and
hours duration- The Scheme r:1' e:<a
marks shal] be as follows:
^-P
ge$i.d i a r v
over tire
sha:1,1 oe tvio theory papers
pra c i.ica1 exem of three
na tion lr:d ciistribution of
shal-l-
be --cpreed
First Year l
Theory Paper
Second Year
I
Mechanics, Prope ties cf irra'tter & Thermalj hrs
Physics
- 60 ltla.rks
:
Theory Paper II - Sound, Optics,
Electronics &
practical
:
One practi-cetl exam
Year
Lab record
Total- (Thecry
cT
-/ /9l
Yt
8,,
14
gneti snr, Electrlqityr
ern }:ii],.si,:s - I hrs
at:Lcn
at the end o
1 !rs.
c
tica
.
60
Second
rks
20 Marks
200 Marks.
\
L.iMVttiSiTY 0F Cr,LIILiT
(in b=
tract)
tiL'rn e f r,:vj.sed syl.i-abus of tJ .Sc. ['hysics(l'iein)
ancl i l',./,: j.cs (SuEsidrary) Feprr II with effeict
Uarncti.ened - 0rciers issuei,
f r-'nm 1995 a dnr iss; j :;rr
ImpIcm en ta
papers II tr., VI
GI..i,JII;i:iL
NO.
GA
r/Jr/
?-o1a/e(,
AN! T.L/,DEMII T/J SECT]CIN
Dated, Calicut Unjvcrsity P.0. r21-B-9-l
*..-_-_1-_
rf mgrl1'.:nq r:f Bnard r.rf studit:i: in irhysrcs (UG)
hel-d cin '/.!:--1-1c;i9(, and 19--q-19c)1 .
z. u.c, i;i,r/Jl /LrJ11/r;6 c!nteci 't9-9-1996.
3. [4inu l;cri r-,1 rrr;i.1.i;ino r-.f' F aculty nf Science held on ]3-7- 19c-t'l
4. 0rrir:;:s rrf V-ice-.Ul-rancell.cr in f-i.lcd No.GliI /lt/a232/9i.
Fieadr- f .
inr.Jtr..:st
"
O!iDER
The B,:ar:d r:f s'Luc.ljes jn Fhysi,cs (UG) et :its meeting. held crn
22.-7-95 has f inaLis tr'-l thc cJraf t rr.,vis ed s churne an cl Syllabus cf
B "Sc.Fhlisics (Mairr,:-:rid $ubsicliar-v) .
The Paper i rf .rcvjsr.;cl sy}1;:rbus crf Frhysics (t"tain and subsidiary) was implcrncrnl.rt(:i',*.r.tli aff'cct from 1996 admissinn, vide
U.0. read 2nd abr''vc.
The remain-in_q pap,;3= vrr--:rer finally recc.mmended by the Boarcl
nf Studies et ..i ts mnut:i.ng ['re]d on 19-3-97 and the faculty r.S,
Science ,n:.h met r,:n 3-7-1c)97.
The Acaciemic Cr,urrc-i.1 a:t :: t.,: meeting helcl ,:n 3i *7-1991
aoprcved the minutes i.,f iJi,erC nf StuCies..-and Facr-r-I ty cf Sciencc
Sanctian has. 'thorrifr:re been accerded f:rr the :,mplements -vIlabus frr
ation nf the re t,is erl
F'hysi-cs(main) seccnd and third
F;hysics(5ub) paper JL
f'{evist.rd sv-'l.JaLrus j-s apPended.
1.8,5c.
2.8.15.
To
yi:ar
sd/_
Thp Principais n-i' Cr:r1l L,qES r,ffering
ts.5C Fhysics (Mai.n .:l-r,i 5ub )
Dnpy to:Ccntrol--l-er c',f
in f r,rma tion
e'A7/F 5ectj.r,n.
SF
jpk
/FC
j.rrer!:cnG /Univers jty
i;s,/ l-in: tr ers ity Library
Exan;
c er-r
tr
DEliUTy fiEGlsT[iriR(eant)
Fnr
tiEGISTkAF
F0fir'iJt iiu-ED
.i'-
BY CiiDiR
-,)...-,.-r..
SECTION OFFICETi
\/'
t
-'-"'lI
AP},'ENT'T)(.'
TINIVEP.SrTY oF CALICIIT
B Sc PhYSics Main
f' c-ifcuit 'Theor1r.
Paper II - Electrodynamicr'
Erecttoclyrran;Li:-q
L
fierd'
l-ectric
Coulombrs Jawl ':::::::tt-;;'
:
Electrostatj-o
"iel<1'
1" Elgc-Lrgstatj'cs
& curr of Elect'rostat'ic-5i-e--1deDivergence
.e^nf.*i.,.,uous charge aistrib-utions.
Fie1dIinesandGausst1aw.ThecjivergenCeofE,App1icationsofGauss1aw.
PoienEla'L : rn:Joduott":-j:-::::;Ti:'""::H:::"";"
Er-ectrie Potential
E. El-ectrie
of Ecurl
curl of
The potentiar of
Juation,
ana
equation
potentiah
rj::Ii::: Poisson's
T:'-"::^H"f"il;";';i;;;;";'
staric bo*ndar-!' eonditionsThg
l:lecrr
distrj-oucrotr
Thg
charge
chafge'
alocalisea "ffi:"";;;;;";.-^ in
ih movino
moving a chargework done
qgarge
"The enerEl of contjJsuous
'
il
i
it
i.i
t...
I
tl
.
--u...r,.is.--r.r-:+-
r. Ras-ir: properties of con
char{e on a condu':f-or' The force on'a
'2
of "rntr-dtle
-qection .L' Eo ' 2 '3 '
' 'l:
J.Griffith.
pol
o <li-pored'
"iit*^""t
6f potar molecules'
\
t
Porarisation"
obiei - Bound char<l"=' \physicar i,LerpreiatJ'on'9f-^1 rri 'oa objebt
The fielcl of a polarised
rtefl;tn1'
Bound cheirge. rhe field i-nside a
t- L=uss: Ldw.il""""tl:e of Dielectrics
The -Erectrical- Dispracem"nt
constant'
pernuittivity'\oi"l""ttic
"
-";";;l
rics
Dielect:
-.isusceptibilttY.
r,.tneir
j-n Dj-erectric systems.
invol*ing'linear
prcblein's
.dielectric
Speclal
ii
Forces on D.i.electricsr' Polarisabj-lrty
Sectj-on 4.1'to 4'4 of Intror:uc
j Grifflth
\'
i\
3. Maqnetostgtl.cs
\
t
.'.
fie
,i..-,*n=-Irorentz Force' law:' Magnetic
i - Savorts 1aw - Steady: currenis - the
'i
The dj-vergence and curl'of B'- stra
:
curl of B. APPlication of AmPer€L
Electros tatj.cs';'
r Lsections 5'1 &' 5'2 of rntro
Griffith.
'ro Grow'th and decay of current j-n LR
'i , resistance by leakage:- drowth of
th6ory of Ba
)',
through tCR "it"oit'
aetermine t'he P'- of Bc'using a st-anr r
i_
.iI . --r1"-tri-c-itf-and'*ragnetism by R Murt}' [;at"
'.1;
r
.)
)i.l
,ll
i.li
ii,ir'-.
ll
i
ii
i
u..l
-7-
ry
Maxwells equations : Electrodlmarnics bef,ore Maxwell. How Maxtsrell fixed
up Amperes lal,i, Ilaxv.ielis & equaLion and66gnsgic charge. Maxwells eguation
insj-de matter . Boundary condj-tions. Potential formulations of Electrocynamics: ScaIar and Vector potentials= Gauge transformations. Coulomb G
Gauge and Lorent z Guage. Lorentz force 1aw in potential form
14 hrs. 10 l4ark'
*sectoprns 7.2.to 7.4 of Introducticn to Electrodlmamics by David j
criffith
6. Electromagnetic trrlaves.
The wave equatlon: Wave equation in one dimenSion. Slnusoldal waves polarj-satj-on - Boundary condltions - Reflection andtransmission.
--Electromagrr.etic hlaves j-n Non-conducting medj-a :
Monochaomagnetj-c plane wave in vacLlum: EnergY and momenturn of electromagj-netic waves -Propogation through linear media, Reflection and transruissioi
at normal incidenee, Reflection and tranSmission at obligue incidence.
12hrs.9Marks
section g.1 & 8.2 of Introduction to Electrody4amics by David J crifflth.
\
ciE9lliJ.jir_99*ry,
1.
Network theoremes
Kircho::f !s laws, Solution c f sirmrltaneous 'quation uqingt
Deperminants. Maxwells loop current methocl - Nocl'rl- analysis with current
sources. source conversion i-dea. constant vcltag.-, source superposition
r,:nriv;itent circuits .
theorem. The-vanints theorem - Thevanin
I
transfer theorem.
,l
Appropriate section from A Text Book of Electricall,TechnoloSy
I',laximum power
bY
I
Itonrs.?Marks
Theraja.
I
Electromacrnetic Phenomena
AC Gene{ators: ?wo phase and three phase, Star, Oelta cc\rnetion, Conmotor.
version of star/Delta.- Rotation magdletic fields. fnduction
i
Coup]e on a coil in a rotating magrnetig field. Tranformerb Tesla coilIvlessurement
of Ac
I
.t
\
Ac_cire}r.ils AC through LrC ntii,LC; LR, Cr.iand l,CR circuits. H,esonance and
and conductor. if operator resonant circuits, Repulsion betwe".,
"'i-,1Circuits - A C bri.clgt,s, ( Anderson and RayU-egh)
I hrs. 6 Marks
Sectj-ons 22.21 22.3t 22.6 Lo 22.27 and f.hapEer 23 (exclude 23.17 and 23.15)
sect^j.on.c 24.-i.-T -at:4-24--1?_ t_f_ the Electr-i rity ancl magnetism by DII Vasudewa.
Application to
AC
I
'/
/-
.-.----r
I
-!, +
p
I BIE
-r.Il-:-
g
I4[I9-39-f PjtgE
PFI.,.Srcs
-brr-s--= 1-0
t1O
-rnarks)
Potentials and Fj-elds
o:enerqy
.,
Fc'Lential
Generai forces Inverse sguare Iaw forces
Potentr-.a} - trscape vel-ooit')'"
system of rnasses. Gravitational fiefC and
anC
1.
to thin sPherical shell
Gravitational potemtial and field <1u=
lalts
ene::91' -Kaplers laws - KePIers
self
Gravitational
solid'sphere from Ng,rt'ons l-aws - shape of Ga1ax'ies
bY Jc
'secti.ons 7.1 to 7'LOt 7"L3' 7'7e &: 7.L9 of Mechanics
upadhyaya
-r Coordinaties
^^--:i-'^+iaa and Langr3ngl-alI Eorrnulation
2. General.ised
(12 lrrs - 1O mks)
:
Genera-Iised cordinates' DI
644-ration, General expression for
of conserrration - cycle coordinate
;;";;.;"";
J ALwoodrs,
1r--^^Aro rna,chj-D€:-rnrah
,1
*";i;; of a parricre unoqr a force and
bY
I
Eestions 8'2 to 8"7 of Intro<lu ti-cirr-roc]-assi-cal-r"rectranics
:
Takwala and Puranhic'
i
..rB iJrs - 15 Mar'l<s)
SPeci aI theory of Relat.ivit-w
3.
eperir'ent ;rvposthesis and Mich'elson ancl Morley
Th' -.; .
Postulatesofspecialtheoryofrelatj-v.i-t.,1-Lorentztransfc,rrn.ation
LengfiL corrtra-ctj-on' T'ime
consequences Rerativity of simur.taneiiy,
velc<ij-ties' ucli-iar-ion of mass
dialation verificat-ions ' Addf i-jon of
.withvelocity,Mass:E;ler(tryr(jlai'i-on-oa]-r;,roductioi-t.iriuc]ei..,r:energDl"
3'1C of l"lechanics bY
sections foom 3'3 tc ? 3'6' 3'8' ond
JC UPadhYaYa.
.]TI',4BM.ALf3ryI#g
i
t6hrs-5marks)
1.
E-}Et-Iglg iE- tr'el'9gy4sH:
rlnergD' funqtiont R
Work,and Heat, Ad-'i-abatj-c wofk, In:-er^n:-.l
of Tl're'r'rnocllznami cs, concept of
lait
of
First
forrm-rlation
Mathematical
Fc''rm of First of themodY'{amics.
Heat. Differentii'I
bY M
Sections 4"1 t'o 4'6 from HeaL & 'ihemodYnamics
' ZemanskY and RM Dittman'
B
t
I
'
t
-rr
3.
COnEerSien of' wOr].. intu ire-.'. lnc.
- The Steam Engiine.. fnterna-1-- eon
:,;i--'C= ivsi-S.1.. T':Ce
of Kel-vin - Pranckts anct Claus-ius statr': ineni-;
Sections 5"1 to 6"'7 f::ont Hea':- & Ther':aodyne:rnics
i
I
I
I
\,{,Zemansky and Ri uirarci
3.
14
3
Stifiti.lig
b'12
l'ia::h
i;fl,=;i*-1-.:.
:',r-
l)j.+'tman
i.L2
Entrophy
hrs - 10 lrarks)
,i
Concept, of 3n'tropy.' Eniroctr of an -i-de;l gas., 1'--s C-:agrram.'
Carnotrs cycle, Entropfl and Rewersibilit:r,,, Entropi' and Irrever-sj.b-:-ii;--Y.
Entropy and N€neguitibrJ.r--m states.. Prj-nc'tpl-e o*' j-ncre.tse'cf El'Lropy,
cf EntrcpY pr:::r::1 :-t.e-- Entl-oplr and Unavaj-Lab.:-c
Engineerinq a.pAltcaij-r.::s
tl
I
t
energ'y, entropy ai-td Disorder,. Ent,:opy anr.' D-:.recticn; lJcsolute rlntrcty.
Entropy flow and rlrtropy P::od.r:cLj-ci=t.
,
liea'l- ancl l'11.3;',ir.-rfllrrltlnl.JS.i:,y ii-.-i.'
Seet:Lcirs 8.1 i:c:q.1-".6rom
zemansky
4.
"nn
on,,
It:.t-tmat'r
I
Critil;_3.: lL,:-1,'-'.r l-.I]. '
Joule keivin
kelwing Effect.
;
effect.
Cr'-i-t--i-ca-1,
ri.quefa"tii-'-,,r,
:
scat-e
Negative t-emperature and Tliird 1aw of
)
c:f' (-;asos b-v -jc:u1<'.
'1
:
'sections 13": ;o r3,3 fi:;cm b''eat- .ar:.,
by M Zemansl<y and FMj D-ittman"
5.
5}rrs .', + I{a,:,t:-
'
lile
r-nlc
iy
i..!.r
, i
irj- c s
lher-rno'J-pllm-i-cs
'
(B hrs * 7
Mari<'s)
producticn cjf ,nanc,ciegree-. tenperat-ure by tliJclear macltre'i--ic
re'duction, Negative kelvin temperatures. The expt , of pound Pur<.:el-l
and Ramsey, Thermocllmarnics of negative temperaturesr anci tf.t:c/ law ofthermodyna.mics
section 1t)"2 Lo L9"6 from Heat &'Thei-rnodynamics l:y
M zcmansxy anctRM Dittman.
*
x
**
x
*
lr
*
:k
*
:k :t
* * :t * * *
rt
**
rt +
***********
i.;
e .; ci
L
N
PAPER
IV - CLASSICAL
AND MODEP.N OPTICS
&
SPECTR.OSCOPY
9!rEEIqli:-'i.Tl(ii( fhrs - 2 mks )
Huygens P : inciple ancl ApplJ-car-ions
Huygens thebry, Applieation of Hygens princj-pIe t-'; the ctrr.ty
,
of reflection ancl refraction
Seetions 9.2 & 9.4 from optics by Ajaghat:k
i
'.
2. Two team interference by division of wavefront (1O hrs - 8m ks)
Inter€ference pattern prodrrced on the surfaee of water,
coherence, fnterference of light waves, The intereference patterns, The
intensity distribution, Fresnelts two mi.cror arranqeRents, Fresnel-s
biprism, Interference with whil-e light, )isplacement of frnges, The
r,loyd'" mdrrpr arangrnent, Phase change on reflection
'
Section 11.1 to 1-l.l2 for optics by ?rjay Gatak
(10 hrS- 8 mks)
3. fnterference b y iv-i-son .of Ampl-ituc'l=
r-I\r
Interferenee by a plane paral-let film rvhen itluminated aby !:-lane
wave, The cosj-ne 1aw, Nonreflecting fitttsi("*pt"=sions for reflected wave anC
refl-ectivlty excluded) irigh -.'rl:1tre rlvi'i:y c'-f ijiin fiLittrdeposition,
reflection by perj-odoc structure, Tnterfercnce by a fi1[nwith two non-paril]<
reflectj-ng surfaces, colours of thin fil-ms., NewEonts rings, The I'Lichel-sone
1.
.d
interferometer..
12,1 to 1-2.IC of optics by AJay Ghatak
( 7 hrs -6nks)
4.
Franhoter Gj-ffraction
prel-imina::ies, Si.:Eie sl-- t c:iff:act-ion patLern, Diffraction by
.circular aperture, Limi+- of resr:l-ution, Two'-slit franhofer diffractj-on
pattern, N-s1it diffie-et--i-cnpatte::f, , The Diffractj.cn Grati-ng.
Sectiolrl 15"1 to 15.'i of Opties by .hjay Ghatak
( 7 hrs - 6 nks)
5. Fresnel diffraction
Preliminari_es, !.resnel half period zones * Explanbtion of
rectilinear propogation of light. oone plate.. Diffracticn at straight edge,
'
diffraction at a circular aperture., Diffract-ion at an opaque circular dise
sect_iorrs 16.1 to t6"4 t, L6.7r 16.3 of Optics by Ajay Ghatak
(8hrs-8mks)
6. Polarisation
trelinriaryexpts-. showing the transverse nature of }ight, plane
polarJ.sed light, polarisation'by reflection, Brewster's law, Brewtters windor
polarisation by rr:fraction, pile of plates, Law of Malus, Double
ref ractlon, Huygens explanatj-on of 'doubl-e refrat:tj-on, Nicol prism, positi-'re
anO negative uniaxial crystais. quartef ano h6-If gAde-pla'"es, production
poiarisec light, Dichorism
and elliptical-Iy
ancl anlysis of plane. cirularly
polarolds
'
from rr.
1O ( polarisation)
chapter
portions
foom
approfriate
Text Eook of '.;+:-cs by Brijlal e N subramainamseer---i-cns
_6_Uoo.aein OPtics
6. Fermdt-rs Princlple ancl
(8 hrs - 5 nks}
its appllcations
Lawsofreflectionandrefractj.onfromFermatSPrinciplemedium'and
iefraction of ray$ at the interference between ancl isotropic
Ray paths in
an anisotroplc medd.um ( Optic axis normal to the surface)
---*:
an unhomogeneous mediuryr The ray equation and its resolutions
.S-ections 2.L Lo 2.4 of Opitj-cs by Ajay Ghatak
( 3 hrs -2 mks)
7. Lasers
Principle of laser - Eisteins coefficj-ents - Population inverstionresonators (
The threshoul-d condj-tion - The line shape function - optica]
(stabilityconditionnotreguired)Generalj.deasofRubyLaser,He-Ne
Laser, co, laserr dye laset, ano semiconductor lasers'
Sections22.LLo22.5ofopticsbyAJayGhatak
(4hrs - 3 nks)
8. Flbre optics
fibreptj}se
The optj-cal fibre - Numerical aperture., step index
dispersion, Graoed inde fibre - Materj-aI dispersion,t sj-ngle mode'
fibres - Fibre optic cbmmunication system- Fibre optic sensolfe '
Sectj.on 23 o'f optics by Ajay Ghatak
(4hrs-2mks)
g. Holography
Principleofholography-Theory(recoveryandreconstitution)
tFicroscopy and
coherence requirements . resoultion, Application(1)
(2) InterferemetrY.
SectionsLT.ttplT.4ofopitj-csbyAJayGhatat. ,
9.o
I
(20
SPECTRCSCOPY
i
I
I
I
I
..,t
I
!
I
I
t
I
hTSNMKS)
lO.ScatterinToflightrRayleighscatteringrscatteri-ngasadj'pote
radi2tion.RayleighscatteringaS<.functj.onoflr'avelenqth
study,
11. Raman effect - Quantum theory of Ramaneffect. Experimental
constantdevj-atj-..:nspectroscopy,lrppticationsofRamaneffect.
Rotatiobal
L2. Microwave spectroscopy : The rotation of molecules,
nal energly
spectra, Diatomic molr'ecules ' Expression for the rotatio
only) rootational
legeIs of a riqrid cliatomic mol-ecu.Ies (Qualitativeid'ea
of rotational
guantum nrullcer and selection rules - Schematic representation
of spectral lines'
energ[y levdls and allowed transitions intensities
spectrrrm
Effect of isotopic xubstitution. Study of microwave absorptlon
.i-n the determination of abundance of isotopes'
13. fnfra red spectroscopy : The vibrating diatomic molecule Vibratiohal guantum number - Allowed
The sj-mple harmonic osci1lator vibrati-onaI levels, The anharmonic soscillator - Its vibrational
its rotations'
enerqly level diagram. The diatomic vibrating rctation,,
of
vibrational energ)' lewel diagram' Ttre vibrat.ion rotation spectnrm
carbon *gPg;jde.
and mclecular
ResPcctive sections from Fundamentals of Classieal
spectroscoPY bY CN BanweLl.
* ** ** *tk*
* x *'t ** * ** )k*'()t
* J(* **
'-QI-gs.
'i
i1^r. -d4- marks)
(t 6hrs
I
r . Particre Propert-les- gf--ygy99
effect abd its demosNature of llght - Wave particle rhality. Conlt,Lion
- i
of r';tarl i'6trt--)-5-brrrL
ccr-i.rr
rief]
gravit-y
and
clru
->roductaonrpnotL'rl5
'J!uv+\-i
'i
trationn paJ-r ,rou,r.aiolrprrotons
pgperjl
Mo-DERN--1--r
I ''.
. Blacl< troles - Dchwarzch{J d , radj.us e
i
-Sectj-ons2.1,2.7,.2.8&2.|>f,,rrLltlL].1€]C(,n<J(:I)l-:),Jf}Iodcr:rrp}rysicsbyi
I
',
r,
,-ARTHUR
BErssER
' i
\
(Gt"n5- 4'\o"ks)'
'i
group'
'-i
and
Phase
- -^
equation
2'
wawes and interpreF-at.j'r"p ' Jhe wave
ect'rr>n
Davissrbn 'Gerr.qrL-E)r'L)Qr-i-Itsrt"-Til
Electrorr--<J-i,-fract--ion
i
------rreLoej:t--tes:
and
rt- y - r2rj n^i pl c of momentum
microscope.Partic1ej.nabox,IIr1rlerF;.rir-rt-y-I2r-l.nr..rDle.t,l!
(t,.''B
Pc6itl.on and energDr and
-i
' -se-,r:t.ion 3.1r 3.4 tp 3.8 from Arthr:'r Beisser'
De
Broqlie
3.
((6trrs-5Marks)
6hrs - 5 Ivlarr{s/
Atomic-9!ruc'8q51
and' spectra
O)Lresprrn4an--e-'-Prin.jp1
''
Atomic
-energy-lr:rrels'
eo=ec.-ed
and
Nuciea.motion - reduced mass
Frank and
of radiations'
excitati.on - by collj.sj-orl' bY absorption
The Bohr s at-olri---
er)e'r<Jf-'lr::'''r<-''l-'+
Hertz exPeriment.
Sec,tions 4.'i &i 4.3 f rom Arthur 'Beisser
4.
]
i
i
i
i
ai
J
I
i
i
t
i
(9 hrs^?mks)
hrs^7mks)
Ff
l-tl (e
\,rl_r:..,
vs t'Iserts..y
MegharyLgg
Tlave
[ciiiocunser "o!tiot'
classical Mechanios as an approximationr ifcnr
tinne depenclent form ln one and three dj-mensjons'\:"n::tt't:::^:"::::
quantibatj-o . Eisen varues and
Eor.m ::::#;"r";";;:.-.r^=-u"o"r,u..,ranc' tunnel
b?' o'
article in a, o9:o,
eigen funct1o' ;, r:article
83i?t5*a"Ioba:rier
ltT"aot
-,-i
or ? ce^o-LBll
t-t^ttu^'c.r.r-{LLi1t''-::
*\t/nc O': L--LL9- ffor
^e'
- Pro
5ffi-t#5Br'"lri'tr,^o.rm6nic
trinsmission
Hq{
effecf'--
osei,
""'i\"I"tor
!---6^l
runc
wave functions
moment. Bohr maEbeton'
6.
'
Sections 6^1 to 6'10 from Arthur Beisser'
( r.
-r
^ \rs
.I
)
Maxwell -
s'
ii
' --' dj.
Statistlcal
")oltsmann
s - energ-y disl''ributj-on
Mopcufar
staListics,
e cne€dI
ai"t.ibuttion
- average erlEriY' '-" "n""1 .;;
-\
"n."a
ouantumstatistj.cs.FermionsllhdBQsons,Bose.E:lasteinand''
Ferrn-i - Dirac dj-strj-butions fundti
ileans formule (statement only ) - u
radj-atj.on formula forom photon d-ri-s
displacement and stefan - Bol-tzmanr
star and black hrolesi
dwarf neutron
:
- - 'sec*jone-9.1 to 9.7 an<I B-1r\ f l'n Arthur Beisser'
1
i
r
I
I
I
I
/-:
I
I
3
I
,
.'t
*.
.t
tTI
t{
I
composition, Proper-L-Les of nuclcus - ?uclear forces, sping
\
Nuclea; size, magnetic moment , E1ec-"r:on - Nuclear interactions. The
Nr.:eLea::
- its ma ; and deeay - conce't of nucLeonisc*-opes and isobars. ThesL
bl1lty of Nucleus - Alpha decay, deta decay, positronemission and electron
capdure. Nuclear sizes and shapes - nuclear radj.i. Binding energry.r- Fission
and fufisj.on, The lj.quid drop mode1, the shell modeh - orj-qin of magic
numbers. compatibj-Iity of ligurd droi-r model and shell model, Ivleson theory
of Nuclear forees - mass and stability of pions. 'sections II.I to fI"8 from .3rrr-:i-lur Bei-ser.
( i-2hrs -9mks)
8. ,Radio Activity.
i N"trr,r-l radioeciivity - AIph--. L-eta and Gamma rays, anadeir properties".
Range of Alptra particles and
Alphia rays - determinati-on Zt e/M'.,,i.l
"hu.rg",
j-ts-experlment+[ measupement, Gej-ger', l.1rrt+:,11 lawr Garnovrts theory oi alpha
i
Beta rays- Determlnatlon of erlm by
decay and its experj.mental verifica:i.{r.
t;
r-s-*experJ-mentr..,Jrucherers expe::irnent, Magfletj-c spectrograph, origln
of Iine and conLlnuou$ spect,tum ,'I,ie,rrtrl no Lnrory of Beta dacy. Gamma Ray
i
\''\
,Spectra - determinatiof of wavelengi:ir - by DLt l4ond Curved crysta1
Neuqron
i
.
,.
I
,
tl
radio6ct{ve dis5.ntegracion - hal-f[ti-fe, mean lj-fe and degay
of succedqive disnte:--rrat-.ion and r'.:,ij-cactive e guil ibrlum, radio acG.
ry'
daling, Bl-ologl.cal effdct of Nucl-ear,radiations rj:oia[ion
dosage.
rl
sections from 1i,t ao LL.2i and 11.30 tc :\L.ao from Modern physj-cs
by e Murukesan.
\
o
( 12 hrs - I mks)'
Nuclear Readtlons
thermallzationi
-: Nuel-ear reactions,. eent:io of mass cord
Q value of nuclear reac{1on, Nuctr-ear f
, reactors- different types. Breeder ::e
problems of waste <11sposaI . Nucle--,::
---.Carbon--e1rc1e, I\rsj-on r".gaor" - l4agnetic bottleT ToJr\rrlra\ .-,nd inertj-al confinemdl
I\
Section 13.1 to ff.fO from B::thur Beiser.
I
particl
(
10. Elementary
,14 hrs - 1O mP.s)
ffi
Detectors- Brief flescription
of fr>nisation chamber, I he proportlona1
l-t"
,t
counter, GM Counter, aubffe cha.mber, scjjrtillation Counter, \cfoua chamber,
photogrraphic-errul orre sJmj-conductor de'rf':etor anci spark char,\cer. ( ue-essay*:type
questi-ons s all be;askea
yerssJres
--J5u..+lievvervrr../
section..)
,l i
from thi-fi
rlvrrr
. ._z (any relevent text book expla
. Leptons, Haorons, El_ementary
1- synrnetries and conser:\ration princi;-,I
Bing Bang theory of Universa- r€m[an
. :open or cl_osed ?
:1
See,Lions 1.4.4--t.a iL4.11 from A
Law of
.. constant- 1aw
I
_.
I
.r-'
;
;
I
Jt**
r:**>tJ<tr:k*
t
.
A.
1.
p4-PBn
rT--
coMFrurEI! sSrPNcE '
i'#-fiEgED EllcjrRoNrc F
""1'
'
rnl
-.--^'r i6c (r hrs - 5 mks)
C Dc Power suPPlies
and its ef--i ciency' centro-tap
t""6fi"t
Circuit of half w
efficiencyr
Eridge recLifier anq its
wave
zuII
rectifier',
fulL wave
NatureofRectj-fieroutout,Ripplefactor,comparisclnofrectifiers,
Fj-Itercircuits,-varioustypes-capacitorfiltel.chokeinputfirter
sudur!+e:apacitor J-n put fiItser' voJ-tage stabiliser'
capacitorj-nputfi.Itser,voltagestabilisat.ion,Zenerdiode,itsequivalen
I
zener criocl as a vdltage
'
circuit
:ircuit , zenerMehta'
by vK Mehta'
Electronics
or
of
principles
principles
i
the
rrom rhe
9 '21 from
"i;::":ti=-llr*
seerion 9e.7
Seetion
'7 Lo e.2t
(8hrs - 7 mks)
!
transistrUs:
2- transistrUs:
I
transistoo
- action,of a transistor l
and
NPN and PNP type transisto['s
cdnfigurations - thir 'imPut
i
i
ificatic)n factors' their
I
analYsis - o
temPerature - 'Load l-ine
se
Biasing - Need for biesingrrr-d'Drrrv
of biasing
or
stabilisat-ion reguirement
Eesistor' v(rrLces
base bias, bias vrith emitter
fcr a givent operatinn
bj-as resistarrce
11 rrr.rm
from
"ttt'.,
'=:'";;;-tt'1
"t"
go 101? ano from 11'1 te-r 11'l-1
I
t
I
VK Mehta'
Principles of Electronics by
(15 n:: - 12 mks)
campiifiers
3. Transisror
--r-.
singlestageamplifierclrcuit-e<;r:-ival-entcj-rcuit'lineload
network
po$'er gain - four terminal
and
gain
voltage
line analysis,
transisgsg cas a four
I
::":ffi::
and hybrid parameters o' ::::':::":::"::t:
;;'.";,,:
of
:::J::':".::::T::::= ";,*;."respons ;ouprins
I
ofsecono staqJe freguesncy
effect
Ioa<ling
of amplifiers tunecl voltase .T:::-::::.:l:::':lu'll"'
Re coupled amplifiers and uses - audio t
*:::j:::::'::=J"
::#:::,"':::::::"::;";;';;'""r,
:"":'l: :*n:'::"'s
study) class A' B an
power amplifiers (+ralitative
and field of app
performance efficiency distortiorj
location of operating
strength of input -sj.gnal anc
slrmmetry of
coupled class a amplifier - compliment and 141 to
13'3
Sections 12'1 to 12'lO .-'md
Hr VK Mehta
Lve by
Principles of Electronics
t AL-^- 3
? mkq\
mks)
(4hrs
circuj-ts
Back
Feed
4.
Basicprj.ncj-ples-negatj-weancposj-tivefeedback.baej-ctypesi
ofnegati.",i.fer:.j.backcircuits-Negativecurrentfeedbacktransistorcirct$
Secticns15.1to15.?ofPrineiplesofEle.ctrcbnicsbl,vKMehta.!
r;
lo
t
t
i
1
_ lo
--s,
]"'
ffL'.1''''''i' I [''l1t-iii'!
, ,,,,r,r,, j.- a.; l,'L i "'j ':;'i 'Y0:'Ai'i
. -;i.
( 6 irrs '- a mks)
0ecil-l ctD -r::
r '
'
ied:ack
Eff ec+- of Positi-ve fi
circu
different types of osciflator
fl oa ci
Colpittt s , crystal phas "-5[i
weinbridge trscillator "
'the Principles of F--Iectornics
Sections 16.5 to 15"15 from
\
5
t
b3
VK
6.
_
Atvl
I
I
I
i
in
ov
I
I
I
'-/e
t'
IC (basic ideas cf
Electron'ics
VK Mehte "
9:-D-ig:-
(
' i-rnics
bY
18 hrs - 14 mks)
I
B. ligitsi c-omFutation'
.__- !.inir-,
tnun:ber io decimal and
binar:y
from
to
Binary numbers, 6onver6ic'idecimal nu\rL- t - tTYo"'= r fiom Hexa
-nlt=
't:;;""t
tl-reir
'tc i:ina=v ' Hexa
and li'#+-cornplement addres'
f rom decinrat.
/i5L
tsasic idea of
binary ani-l l';-t'a:--v 'uo He'u :-:''o'
\ND'
o*r-*o*,
N,T;
'i*''
subtractor and fu11
operations ,ogrl gates ac'1 er' half
binary
paralle'i
Haof adderr ru]-i oatlot
and
s ub trac tor'
Appropriate sectiens fron'::tl'-l^:i::T'r:'r=r.t:.:i:';r'
jc Elecironrce
of Ba
Section 33'1 to 3-?'18
to 34'30 of Theraja'
BL Theraja, arrd 34.1
Eqr'rivalent sw:Ltchlng
algebro
Boclean
of
t-aws
'
Boolean algebra :
ja '
De l'lorgan's theorem ."n1. iili:;
qs '5oIid Stete by Thera
circuits,
Eiectronrc
ic
Bas
Section 35 ' 1 t; 35 ''6 of
16 hrs - 12 mks)
Science
'devices r cPu ant
EomPuter
C.
--:----'-'
Jnouty'output
canpute:
comPULt'ir
"
"
Compc'nents of a digitar
Main s torage '
Programming:
d f lol'r charts
:no l:::":-";
Logical oper't:'rr'5
ProgrammihginBASIC:fundamentalsofBasic,,il.ithemetjcexplEsS}.-..'r'
rcfational
and
-:r:.ctcrs
"*"t="io""'
Relations^r
looprng (so tor !F"" Tht-)r-'
printer corr-u1oas - Jurmping, Branching and
5ubscripteC va:iabl-es - Functi'-rns
tj'uouemen'ts)
''
l'ii:x'j
t5i
T0.
0N..'Go
and subroutines '
;
in Bas-ic bir
f,haPter 4r 5, 6' 1, I & 9 of Proglarnminq
"
E. RabaguruswamY'
+Jr ta tt J( it l+ * -ri
Programminq of languaces' Alqorith'
)+
q n\,,
J+
an
:
'1
'tt tt -APPENDTX .TT
-tIn]Y9.I4!
l..-."-"-P.n]
i
i
|
1
'
"''I
-l
.1,
j
tuoents trill have to appear for
three Practi,cerl Exami-natir-rfls. The list of Experiments fcr each practical
paper is given bel-ov,:. The stucents ere expectec'" tp produce on duly certifi{
record each for each'pmactici-r,L paper; Tltose cclndidcl.te who had done 15% ofl
j
practicals given in the liqt alone a!:e sl.igibte to.rppear for the
practical Exam.
i
At the end c;f the t5-i.r
i
List of Experiments
E^*9I.:;
Meehanics, proPe.(ties of mat-terz i-iea'L, ,:ound & optics'
1. compound pendulum - sym-netrj-c- detc:lmination of 'gl. and 'kt
2. Youngts mcclulus - L:.niform bending-c,i)iic lever rhethod.
3. Non uniform udhing - double mirrcr \rethcd'
4. Contitever - y by'pin and mj-croscoPti methoci'
5. Contilever - y by n]eas':'fli-r; 'rr-l' : !'ir-;-'ulii: tenEents'
Static Torsion - Rigidj-iy moclulus - $cale and TeLescope.
6.
Torsion perrclulum- deterrn-inatlon of n'.using tvro identical masses '
7.
fcnlictt
8.
Surface terRb€1r'c - Caplilary riser
9.
Jollyls buib - s'.voP,
10 Latent :.i, - 3rf steeDrn - Bartonrs correcticn"
11. Thermat -onduct:-rrj+-1r * Le*:ls disc method'
12. NewLonts law of cool-ing - emmissi-vity'
13. Metdets string - Deterrn-inarion of n.rncl densl+-y of solj-d and J-iguicr'
14. Liquid lens - Refrectj-ve ir:iex of lj-gu.ict ano. glass.
15. Newtonsr rings - wavelength and refrac:rive iudex of glass'
16. Spectrometer- Dispensi\'e powel: cf Pris:rt"
L7. Spectrometer- Cauchyts corit4ints.
iL8. Spectrometer- f-d Curve.
19. spectrometer-i.1 -i, Crirve and .stoke'.s fcrnn:l-a'
20. spectrometer - gratj-ng-,N*'T{ilaI incidents'
2L. Spectrometer- grati-ng- Minimum deviation',
22. Spectrometer-smad.l angted prism- Normal incidence and emergence.
23. Air-Wedge- diameter of wire.
24. Biprism-Optic bench-wave length of [email protected]
i
P=Pg:
- r-l
Magrnetism and El-_gctr1_c_j.!yo
25.
26.
27.
2A.
29.
'
Deflection magnetometer- tan c. pole strertgth cf the magnet.
Box ancl Searlrs vibratj-on maqnetometer - n & EH.
of f ield with CisL.rnce & Determiriat-ion of
Vari-.'-i
coil,
Clrcul-ar coil - 4nrreter colibraLion.
C.ircuLar.. coil-r4oment of the magnet.
/
I
!
I
i
i
I
\
'-t
-2(-,
potentiorrri]r-er.,- temiJel'ature coeff-i-c--i-en-t of resistancej'
- :; --' 1'"G"
Pc.-'-'
:r
po1-ent.ir.,ruer:er - iiil-1-i-l:::aL-i-ci1-Lof'-tuigh''rEi1$ct':voltmeter"' 'Ce11'
pO.Leiftj-C-.rrieLt,f .- 'j-'i:ufltr.-r u.;.:.p-'l - aSSuming e'm'f ' Or Daniel
Car.eyl.os,.,e:):.i-dqe-emperaturcct-,efficientofresj-stance.
us6ng potenti'
conv.)-:;-i-C c. gal,,r:,-acrnei-.: 'ntr] iijtntetei- - cal,ibration
- Caliberation using
crJn\/e1:-r-.rr):-t t-,:.; q-alvanometer intc
"7ol]-rnc;er
30"
)
31"
32"
33"
34"
35.
r]a
36
po';e
37"
38.
39.
40.
4 1.
t!2.
43"
44"
45,
46"
:',l:
Miffof
i
on,
'.)
te
l'-
-,
,JaJ.'v;rncli,tctt-r-ii .- ij.r;ui";
c-l--
'l"ilit
"
G
B" G. Abso-l-utc c3r:,c-.cit.v,,
B"i" hriqii', t*=t"a=t crl - leakarJe ni' "ticd'
B -G " I'Iur -uaL intluci: '-rrlce "
B.G" C,lngtarlt Lr-S-'-.ilq otarldaro eOa.lvense-f "
sofenoid'
B.rJo cons'. ant usi-:lq Hibt-'er^-'Is magrtetic standa'rd and
<li::ect methocl anC De santy t s metllcc
8..G. Colnpa.rrsoit o--i capacities
B.G, Earttr i nductoi.,
B.G" Thermc, emf ^
densities"
Sarucmeter - l'r'eeguei-;cy of A- 'C ancl comparison of linear
'
1
ITI
.-F9r9.!
El-qctronj-cs:
47. .Forwarcl clta;lacteristics of
PN
.
juncf : rtn and ccnstrrrction of half
F€C u-r-.--.-.r- "
4A.
49"
50.,
51"
52"
53,
54.
55"
56"
57.
5B
qG
"'
60.
61.
62.
63.
64"
Ful I '-'i.,'e :'.-;.'.'.1 r..a.-.,1 i-i:i:nr:-: t"vo diodes '
Bridee reL:t.i-::ier.
Re\-i-;rge '.:t r. t-alcte::i-s'.-ics of Zenar 611 1't'1e "
Voltagr-' r:gLtiation r-rf L'.LI ' suppi;" "
Voltage cior:bfer'
t-ran'iistc.;r'
Cornrncn base characterist'ics csf a
triinsister'
Common elni'-or cha::acteristj.cs of a
of FET"
Common s.lrrlrce chaliacteristics
traas-i-Ster amplier - freec{irency response curve'
. Commoi-r r:rrritl-€r
Emitter fcllower - fi-=quency respr:lnse cufve
Tramsostproseii D"C ?'flliil'ifier - Voltage'gain"
Hartley oscil fato:c.- measurement of fre'-:guency"
Colpittts Osr:j-Liator - measurement of freeguency'
phase strift colpits - measul:ement cf freequ ency'
Wj-en t;ri<lcjt: osc-illa--o'J - In'easuilem':ni of frec;uency''
Stable rnuitivibrator - freequencyTrans:. sEorised Ampli-uu-Ce moCulator "
v'ai
a-\