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Transcript of S1S2_2011_MAY
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8/10/2019 S1S2_2011_MAY
1/23
6801
R9, No....,........----------
NaE...,,....,,....,,..,,.....
......
B.TECE.
DECREE EXAMINAAION,
APRIL
2OU
Fib ud S.oDd
AeEs{.r
EN OlO Io1_ENCINEERING
MATIIEMATICS_I
(2010aildjloionFRgursd
lconnon
for a[ b$nche6]
ANuer
6ljl
qutiore.
Eo&
qkrrba
efri6 3 noths.
r. Ar
& vscloF
(2,
-
r, 3, 2),
(1,
3, 4, 2) ald
(3,
6,
2, 2) liledlv
idloadlt.
2. II
J i6 tbe Ja@lian
of IJ,V *it lespect
o ',
,
d l t G tle Jaobitn
of.'
t
wii Bspeci to
U, v
4, Solre
+r'+y=cos2,
6. Obtai
tho EcLolonEaiti
or A
-4rouer all qArioro,
cL
q@tiot
Nri6 5 tudrha
f1
,3rl
=13
a 1 2
|
md n@detarnino
14
3 1 2 l
?, Iru=l(r)dd,=rcoso,:y
.sin,
prcve
bat
pwe
r\Lr Jl"
+eid.rds
l\',
+.i.b.U.
*:*ti=no* n
t.
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2/23
G 680t
t0,
t2.
L soift
{D'
+
1D+ {lr
=
5ii} 2r.
E ar@ie
' ibs._r- l
Pdi C
AtuM ^ll
qMtioa-
Eoch
qu@tion
Bti.s 12
marhs.
Module
(a )
co lw
d . syd lemlpquar ioosr - ) 2 :+Ju-0 . r -2 '
122
o) rild rrreicenvor&sn.r "',""r"""r^=li
;
U
Reducehe
$ad.atic
forn
li
+z$+s$+taa+txrt"
t" a
t.esro.@fion.
AlsfEd the
ian ,
index, sisnalm and atue
. (a) vei,5, Euleds tLioleE for d = sD
(b)
ErTand Eh
(,r)
il
lowds
or
(r
+
z-u= 0,4.
+
-6.+
au=o,
;l
r)
(
t)
cdadnical fole by odlogonal
(I2
m 6)
\-
'r
"ou
,-
gl
(b)
qitrd
rbe diEu ard Ernimunval 6 ol /(r ,-1. 3rr2 31 3r, 4.
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3/23
3
Moduletr
tF"
(a)
Evalu.t by cliilsils the
ords ofilhsr.lio
I l-
" "
,*
-t
G 6a01
iT'i'
Or
16.
(r)
lind
tho ea
iyilg
betweo t .
pdab.le
r.
=
ta,
ald I
=
rtol,
fVFtJ- *a"a,
(br
Ev'lur6 I I
I
67
o, ***g ro 6pL6ricar.onlinar.s.
Modulew
Solk l D' +6D+4lr= ' +?r+S.
Sobe
by tbe mtlod ofvariatid of
ps'mteB
,'-
2r,+2J
=
C tanr.
)
rs-
(a)
solve
{D'?+a)r=,silz'.
(b)
Solve
rr'+2o,, 2Or=(,+rf.
19. Evalui. tle
-
ro
"'{
t,
tl
(1
:".0)l
(b,
'{7G,+}c',,
20,
Solre $ing lrrlace t asftlrD
wlffi r
(o)
=
o
end /
(O)
=
1,
:
(12 'ds)
Is
:
12
=
60@ sj
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G 6802
Bg. No.-----------
Nd.,...,..,...,.....,.--...-........
.
B.TDCE.DEGREE EXAMINATION,
APRIL 2011
Firtt ud 8@nd
A.metE
EN OlO.1{)2 E\IGINEERING PIIYBTCS
(C{EDo
ftr aI brecb4)
{2010
Aldtuiols
-
R.sd8l
Tibe : Tbee Eou
Pan A
All
q@srrre
are
cmpuborY
Edcll
qwst'@
ctiia 3 mt '
r. \^, a ar. th. cldebidie of l,ser ?
2. What is the stnitrce@ of th td e raa.6 to blue ratio i luoscimc
uil tclnolosy?
3. Dbtitrsuisb btrse Primitire I dd UtriL 6ll.
4.
Whlt * ih6 brih dd dderirs of Ma8reto-Sbictid Ethod ofulba souil
g@eratim?
6, [email protected]&ct.M
ioDanJt'nueptupdtiBof [email protected].
(6:3
=
16 ft}3)
Atl q@t@B @ ooEplls.Y.
E@Lq@ttinn @& 6 Mht.
6. GE 6r l&add about tundd@tal @poMi6 of any ls*. UEias a sch@dc diagraD, sbw
Im tbey m suftsbly oDated rogerhq.
?, Sate dil aTtrir litdlc 6d Shw ttr
p
,ct dtuacled; is lbe d4idils
prolqty
oI
8. Derive @ eilEsBio fo. tlo sepdatio botrsa latti@
pla@
j
r
@bic Ey8t
L D.sibo a E.Lod of Nob-DsmctiE 1Etilg usilg dtEmic v6@
10. E:T1ain tl6 quete deort ofR3ne etre.t.
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5/23
.
2
G 0302
.
P6rlC
Erch
w?stioD@rri26
L2 hMttt.
11. DsKibs tn6 cohstldctioD md wodins ofa E-N lar*. Dilos
iis bsrib dd aorii.
' '
(10+2=12eLs)
Or
12, E
pldn lI principLeof bolocrapnr. Ixtrlatia6 it 6ob orrlilsry &d pbot grapby Dsdlo
t Dtbod of [email protected] a horosie
What N th appntiors of
horoErapby.
(2
+ 2 + 6+2= 12Edlre)
t3,
.
E:pbitr tlo
dysi@r lmpdties
of @rbotrado nrb$, Elplail
tle Im ation of n eEsB
dco
(6+6=12oar lB )
\ , /
Or
14 Give tl6 iletails df il.c. dil a.c. Jo66phsd 3fi.a 8. Gjre oru
of ih aD9rid$ons ol JoBep.bot
(3+4=1znu ls)
$, D.au@ BlagE's aw of X- ay dif$actio . Exllair
hov NaCl crFtd Etructue
{n be 6tldied 6y
x{a, ditrr&tion bcthod
(6
+ 6
-
12 EdkEl
'Or
16. CiE a detliled a@ut on aetallic
sl@,
6eir Dethod
of
prcdE6@, ty S,
.o dti$
ed
(12
ru}s)
1?.
Dim6d th
proFdti6s
dil applicaiioG oldindoni.
(12
r@L6)-
Or
Ia,
Dirus the rscto$
atredilg
tbe
4oEb of buildirg SusAeorrsdiss
\'
G2
lu& )
19. Explain th so.ln;
rtrilcille
of Opiical fitres- What is dest by ltiNatidn
in d optidl
6bre? Ddir 6 .r e.id for attsluatior
20, D.nw a bbeued btoek iliaxu or u
optical6bre colmuicati@
Ett@
snil dprai xi6 tuie o{
HN mur renedioc wil bs @.16 by r lighi, ra} 6trl6ring a 2 E ldg
opticsl 6ir cdls. U lhe
osle of ilcidtue eith ihe ei ofin c@
io
3.43", Civm
that th cdre ihuetr , il rciaciive
i l*s 60
Jr
n dd 1.43 spahvely.
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G 6803
Rg. No---------................,
Name,,,,........-,,,,,,.,,,.............
B.TECII.
DEGREE EXAMINATION,
APRIL 2OT1
FiFr
add second
semester
EN O1O.1O3ENGINEER]NGCI]EM]STRY AND EN],'IRONMENTALSTUDIES
(20loAdDissions
R4rnar)
tColmd
rdr dll Brmcnsl
Tjne: Three loffs
MsinDn:lOO
Matks
.
plrtA
asver all
queslioE.
Eaclr question
ea ies 3 narAs.
1. Siat Piliag Bedwofih
rule.
2. Whatis oidafio
rductio electrdde? cive
an dmpla.
3. De6ne
aciicity ol a
pol)her.
a.
Give he euEes dd etrects
ofsyrDo o4anic
poluta
s.
5. wl)at is comp.stins?
(5x3=15mrk)
Pd I
nm&ef
all
qrasrtou
Each que.tion
.ati.t
5 whs.
6, Write a lote on 601&cells.
?, Descdh ]lo .onstnction
and Fo|king df I Catonel
elecrrcde.
3, Erplain the
juo
t] s
olcaihodic
pmre.rion.
L wlat m conductingpobmeF
? cile i1s
applicarrcns.
10. Explnin elct.odislysis
or thc desaliDaiion
of{ai.
(5x5=25nsrks)
Part c
.
Aasuer
all
quertib$.
Each question
aries 12 mar}s.
11.
(a) (i)
Explain the deterninaiion
ofptl using a class elechlde
wfth a neat stret h.
(it
Write a mte on
@nceriration
polarization.
{6+6=12mrks)
Ar
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7/23
2
c G303
(b)
(j)
whai
are corcenrrarion
cels?
Derive rh dpresdion
ofEMF ofa
concerr.atjon
cel.
(ii)
For
the cell
zrzn,'{c
=
tor)
|
r{c}
(c
=
rF) /
Mg. TIE
stsdad
reduciio.
pore
iat
fo. rhe
Zn dd Mg
lecr.od
ar 0.264
and 2.A64
voti .esp@rively.
(I)
Wrfte rhe
halt @I
rea.tid
and oedall cel
ruacrioN.
([)
Ihd
E. dlt
and I G.
ed
predict
wh6rhe.
rh
cc]l reacijon
tu spo.ianeous
( { r+6=12nrks)
12.
(a) (i)
Explain
the
electroctrmical
heo,y
otcordsion.
ri
Expltu
Ga.vei, conorion
d
sk"".o,rcsior.
o .
\6+6= l tna k6 )
'b '
C ivea "b led
ccdu
o f tb r oda l t i " . "a . ,1cs
,
,o ros io .
l ro ra r ron
(12
narks)
13, (a) Explainxle difte.enr rj,Tesotpdlynedzations wth suitabteexanples,
(12
{arks)
Or
(b) (i)
what
are sthrheiic
rubbe.s?
Exptai,
rtre slnrhesh, pri,p.
rtie
and uses
ofany,oo
synthetic
mbbe.s.
(ii)
cive ure properries
and uses
eingtewalled
dd nulrlwaled
carbo. nsnotube.
(a+4=12 l fu ls )
14.
(a) (i)
Explain
fhe causs
d ffcte
ofsoil
e.osiox.
{ii) Write a nor. on rtredispo.satofsoljd w6tes.
u ,
,6+6=12@k )v
(b)
(t
Wna
is
photochenicat
snog? Elplain
fts fo.narion
dd
ei:ecrs.
(ii)
lvite
a not on
biotucts.
(6+6=12narks)
15.
(s) (i)
wrjie
q
noie on rhe
sources, trects
dd consequences
fr .mar poUutidn.
(it
wlar is eltrophicaiion?
E&tain
its causes
d enwi.onnenlal
impacts.
(6+6=12na* t
Ar
(b)
lvrite
deraiteda@ount
on rhe
ont ol ofair polturion.
(12
narks)
l5
x
12
60marksl
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8/23
G 6804
B,TECH.
DEGREE
D
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8/10/2019 S1S2_2011_MAY
9/23
_t
.: l
=l
11. ADrisu'
ic bd AB
oftlglr
i
l? aO N
b bmsPd
t
verucal all
arA ald
suppored
t B bv
'
;;;;i" BC;;;;;i-.
I De,ctue
rle o;sdrudc
ed d*aioo
01"t'
FAciid
R' a ih6
bnse A ud
tsuJe
fotu. S oD
h-
'Jbl"
Fig
1
12. Tb@ 6 @3 N alplisd to a anglo bruLet * shown in lis 2 Deienine th dgaitcde and_-
i*"t"-i'"i*"*"Jt
"t"tthefo;@sand edist@io4otoilelisofactidoJthFsultani
B
_72kN
2
1n@r
all
q@tia6
Euh
qu*tiotu
erti.e
L2
matht.
at .tiqlame
2 m. to
th6 bbse
r5 LN
at a dist@
1D.
nod tle
show
in ig, 3.
35
LN
i8
tN
Fig
2
13, Derift
tle equaiion
ot Edndnt
olinerri.ofa
cncd dGc
of radis
R and
Ifut
.lvf
dboutihe
nouo lol dideter
a
1,1. A
bdd A 3 D
in reactL
s ningeil at
A ed Bulportd
at C
Detmine
the 4acti6
at C
wlen the
bedb carnes
a load
of
hiage,Us
virlual
vorL ituthod.
15, DetEnine
he spport
reaetion
tA a
Bolbeanloa&du
5kN
Fic 3
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8/10/2019 S1S2_2011_MAY
10/23
46'
I
3
B
etedtle
i foeB
in .eh
nember
c
5kN
17 .
Ape ldu ldhav ingrDemddf
teood
GUrs l l cdua
L f i
De tsE i iP i r sdDep"nodsb n4 \ ' h3
-
r:d,"..*"
'o*i'a u"O
Lir)
re
llj isEotrsdowbraJd
Talc
lhe
aesLlomo
olLn
torborb
Lpdard ood
do,nasd
nov"m" '
as0l
E
Or
rS. A Dmicctne
s
6'6d EoD
rbsedceola
150
m bhclid$nb
sn idh'l
veloch ofl30
m/ec
'r ro
'"
l,'"'.i"ir"l"'.
"i.
"rirj'*+
,bPoon,ooL:r'
egtr"ling
r resc'm
s 6J
d I be
*d*er;r"
'uo'
L'i"" *" ii'ia'**hea
u"
tle
pmjecde
and
ri)
be loizonial
d*tdce
Eon
*e
sun
o ihe
loft,
wneE
le
prcjecttusltles
tla
gFud
19 . Ac ro f@s
IO0Okc
mve l l bsd rheB ' ro f
rbD /6cb r t cs i ab
beFUo faFU 'Lo fEss3000
ke
rBvel]lns E
rb66t@
{)f{roD
Dur
r r a
vaetr} 016Er"
After
rbscoDs'oo
h"
sp
'd
or't"
;;;-;"";; -;"r.d;;ebd.r
or,hesariermr*in
rvhatFrb'
varu"orthe
F6ctbt
Or
20.
A risht mcl*cyl$d"rol'e,ebr
W,bd rad.us
h
puucdLoog
a bodd'al
PbA
b( eprvr.e
a
f.rF P at the
etrdola sttitrg
woud dund
|bs cvlindcr
as
sbo*n D
lig 6
Assu"
oo sup
bd
tho ac@leration
of th
cenire
C ol tie
cvlinder'
skN
Fis
5
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11/23
r'
O6U7 (P,ger:2,
R.g, No.,,.....,,.....,,.....,,.....,,,,
Nde.........,.-,,.--_-_-----.
B.TECI{,
DEGR.EE D(AMINATIO\ APRIL 2O1T
FiEl anil Se@rd Shste.
'
EN
OTO106 BASIC Ct1,1L ENGINEEBING
(2010 adri$ions-Fec 1u)
fconmoo
ro/
au bm;chesl
Tieerltre6Eoffi
MarinrD:
tOOMa*
PUA
Antur d\
q@tiar4,
-
l*h
qurEtiaa
n bE
J
Aarha.
1. Wbai is ile
ilifiren@ borw*r Infiar
rd Final Ftting rine ofcem
?
2.
Den woltability
of@ @te. List the metlods
to 6 d workaliliry-
3.
Wla
m I bs DM coDponebt6
f buidirs 1
4- Dsire bacl
siglt, fore siglt srd inte @diate
sft-
5- ErTloir
tle t6n "bunding
irc-,
(6 r3=t6nrk)
Aasur aI
quctinB.
Each
qusri.to
cyi@
6
nofit.
6. Wlat arc th iliflerelt
@Lei foro of stel
?
?. S}3tch the reidorcendnt
de&ns ofa
sinply suplor.ietlbed.
a. Wnte o bibfds6diptior or EaciDe oundaiion.
--
9. Erplai
bri.flJ ine field
ro .
jlvdlvd
ir clsi
dulveying.
\
rO. wnE
6Lorr oo|Ps.oo
u ddc rutFs.
(5
x
5: 25 IlE} )
.
psrt
C
Arewr all
que'tiotu.
Etuh
Auestian
@nizc IZ tutkt.
11, Erdain tle
.o@ss
of bdufa.t@ of cenenr
by wei
ptuss.
'a
12. Wlat N the @crituonis soodbrick earr ? Explah. Lisr yaiou qualiri$ of goodrick_
-
8/10/2019 S1S2_2011_MAY
12/23
2
e $0?
13, Brioqydeerine
about e ditrerelt
barerials *d ff rootcoveing.
a
14.
IIos ; onqete
cuFA dd vhy is
ruirg requiFd
6r conmte ?
15. Wnat do
you
@an hy boudins n
briclwor ? Elrlain
t18 ryp* of b.ld usd in
bricteort_
Or
16. Bief,y exprair or ryles oflodiinss for bunaingsw h rle lelp of slerchs.
17. Cobputo the redn@d
ev6L fton
tle readings
given
helow.
Ue h6ignr df iftr.uEent
DeiLod :
BS
Is FS
lll RL
B
c
D
E
F
G
1.456
445
BM
Ot
13.
Brieqeerplain
(a)
obrsierio ard
fts adva age
(b)
liruip
les of renore
6enslng.
19. ErTbin
with
&ai skotcnhN site
i.n
is
rcp@d
as
per
huildins .ules.
Or
20. ErTlqi
rle btuic co4epr
of Greer
buiftli4s ed iDrelignt
bundings.
(6 r
12
=
60 nuls)
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13/23
G 6808
Rg.
No...,,,..,.......,,,....
.. .
Nde.,,...,.....---------.'--.
B.TECII.
DEGRED
DGMINATION'
APRIL
2011
First snd
Scconil Smester
EN OTO
TO'_BASIC
I{ECILANICAL
ENG]NEI]RING
(2010
admjssions-nsuldl)
lcoonon
to au Branchesl
Tine :
rhree Hours
M*inun:1ooMarls
Part L
;ln'. r all
qu6i;o,ts.
Each
quErior
earti* 3
natta
-
1 Explain 3y5 eb ad
conhol
vollm.
2. Deine
mnpression laiio
of an IC engine.
3. Dxplain
he t
Tes
ofbelt
dnv$
4.
Expldn lhe rse
of draft luhe
5. ErTlajn ihe tTds
ofniling.
(5x3=15na rks )
Ptut B
izt@r
all
qued;otu.
Eocll
.lr6tior .otri6 5
htdths
6. ExplaiD tle
basic lass of
heat transGr.
r-.
E4lain the advrntages
ad disadvotages
ofttro
simle engines
3. Exphnl thc i$as of
geu
hains
-
L Denne specific
speed ol a iu
rim wllal is ns
sLsnin.ance ?
-
10.
E4lain dillerent
ttle8 ofrolting
ploesses
(5x5= t5n r t s )
Part C
ArouD
all
ques'ioro'
Ea.h
questiol Mrri6 12 nldtks
11. Derivean explession
or the air
*andrd etfi.ielcv
of a diesl cvcLe
. 4 .
12. Acaswho6eorigin volnne and onpeuiuE \aerc0.016m x ad 235'C reslectivelv 6erTdded
ac;drdirg ro
tle law PVLs'
=
C
unti fic volune
is 0.00 B
r
Detemine
tbe wort
done
lJv the
sag
and
tle rcn toBperaiure
ofilc
sas
-
8/10/2019 S1S2_2011_MAY
14/23
2
13, Witb a leat oketcb,erplai the workils df a twoible SI nsine.
Or
14. Expbin
ttE
vorLils
of a Epou coEprsion systE sit tho help of a neat sktc ,
15. Deriv & xprsior fo. crlcllati.s the leqth of a belt lo. m oper bsli &ire.
Or
16. DidM . aavei3e
eil dilad@ta8es ofope belt dlive ald soss lelt &ive.
17. E: la tho
Seerdlbylutof
athe.ualpowe i&twit tlebelp ofa@ tlketcn.
Or
18.
With
q
&at slet h expbi the so*ilg of a @ntiftgal
puEp.
10. Explai tle
pdlcipa.l palt8
ofa laths wiih n6at slei.hs6-
Or
20. With th heb of a Eat 6ket x hi tLe m {eldins
pMes
G 6808
-
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15/23
G 6809
Reg.
No,....,-------------
Nde.......,,....,,,.,,...,...........,.
B,TEI-H.
DECREE UAMINATIOI ,
APRII 20]
Firsc ahd sconil
Sehesrer
EN
OTO 03-BASIC
ELDCTR]CAL
ENGINEERING
(2010
odniss.nFReeular')
(connon
to alr BFncles)
PdA
]{ns@r
aU
qLgsrio;:
EMh
alestiar
Nties 3 no&s,
1. De6ne
he rerns DD4
reluciance,
peheabil
J
sd flnx
dotuty in nagreric
cituit3.
,-
St3ts dd
explain Fea&ys
la e6of eleciEDasnetic
nuuc @ .
3. wlat b ile leed 6r sirre in a DC nachine ?
,1.
Wlat are fte reious
merLods o
neasue three.pha* poser
? Wtar
id tn6 dqurio
fo
g.pha*
6. Explair the
n@d or higtt volrag
nnsnissior.
PAI
B
AMai ,| gustiore.
E@l|questi.a
cofies
S nb*r.
6. Fina the
resistanc herween
AE in tlE
ciruft sho$n below.
?, Detne res
vr1ud,everace
rrue, forn tacror,p*jr
facior
and equeffy ofa
sinuoidat lre@tilg
3. D*clibe
tho vdiuos
ryposofDC D&hines.
9. Expbin
briefly
the
generaiion
ot th&e
phsse
volbs.
10. WlEt m the
vaious ro ,onrnrioEt
eneBJ sourceE laiable
? tbr r|en d,ant ges.
(5x5=25 I@b)
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8/10/2019 S1S2_2011_MAY
16/23
11.
ia)
Find tLe
Nrenb Ir, I
ABw all
qrestiore.
Eeh
qreEtioa
@ ies 12 tuNhs.
aad
L
and the voftsc* va iDd vi
G 6409
i t[6
gift
ciruit
belor.
0.2
0.3 ] 0 .1( )
1l0v
cb)
siere
and e4lain Kirchoes
lass.
Or
(a)
Conpft eleclric
ul Mgn6tic ci]eirs,
&)
A o of
300 b6 and nsistalce
of to o is
wound unifodry ovu a sreet
lg of tud
cilcunIsrelce
30 cn. ard ms-scrional
area 9 ca.e Ir ie
ci,lleciea b a 20 V DC
swpu It
rlr
=
1500,
6 d
(i)
I\4llI
; ci)
Flucrarcs
;
snd
0n)
Msheri6ins 6e.
(ai
De ne
lf indld s
@. Euual rd u, M."
aodcouphg 6dibieo' .
( )
tho co 6 A ud
B lDve sf.inducton@s
of 120
FIl
md 3oO
FII
rcspecrively.Wter a
cumlr
of 3A
t rcug cdil A is
Eversed, e ddfleciion
n a du bdrs mnncred
aN B is 600
.\4b
Nu $. crrdlate
(i)
M
; Gi)
emf n coil
B
jJ
ihe nu is nve$ed
i 0.1 e.
tdd
(iD
olplilg
Or
D6ne active
p4er,
reactive
lo*el
and.power fecio
in ac .imits.
A 5i4ld
lee,
200 V, 50
Ilz supplv i.
siver
io
a circuit cosisriry of
a rcsistlF of 20 o,
I
iidu@
of20 ol] srd
a opmraoF or
tso
J
j
serus. Find
d
lbe i[psdme ofrte
mut {iJ
.llfttrt
dEwn 6nm srpptv
.,Li'
poq"r
6@r : ald {iv,
pow'r
drsRo
6ob tbo
Wlat
aB
rb6
\uious
di6
b a D. mahbe
1
Exllrir the
pdrcille
ofaleetion
.l a DC not r.
120V
12.
13.
(b)
15.
(a)
.Or
(a)
Dlive tne
qEl
oqration ofa
irrnsbner.
G)
D\Train tI
vdjou6 iyp*
olhanslomeE
ald rhei applicari..tu_
(a)
Obtdin
le Flation berweeDine
dd
phas
nlt:gee a&l cwenid ir srd
ald ata 6y3rems,
ib l
A la la rceddsr@olecFd lo )dor ,a+16)a r r rpb ' 'eoaectd ioa3 .phr* .23OVsuppb .
tu rhe
ife cmeo r.
ose
and
potr
er factoi
t1,
-
8/10/2019 S1S2_2011_MAY
17/23
s
q
660o
13. (a)
wlat
m the
vsiold
rypes ot indurim
motors
? Cor.p@ tben
.here isri...
Ljlr
their
(h)
gdat
e th. ruio$
staniry
Derhotls
6r sinslg-ptae
iad*ii@
@to s ?
19.
(a)
Conpde
udersrdund
dd ove&ead
rr@Eisid
sysbEs,
(b)
With
a n6at bro.&
sneDatic
diagf,a
explain
bydret c.ric
lower
sEelatioL
a
20.
( )
wlat l'ps.
of
@lductor nareliah
@ usd or ili.hibution
oat crric
pNer
?
(bl
DEv
a;d .xplai
a one ire
diasro
ofiypicl
lower
6yftn.
{6
x
12
=
60 mks)
-
8/10/2019 S1S2_2011_MAY
18/23
G 6810 Reg, No.,,,,..,,,,,...,,,,...,,,,....,
NaEe.,..........,.........,...........
.B.TECH.
DEGREE XAMINATION, APRIL 2OT1
First
anal Sconil Sebsler
EN
OTO109 BASIC DLECTRONICS ENCINDERING AND
INT'ORItr{TION TECHNOLOCY
(2010admissions-Resular)
lcdnnon.to
alr brancleg]
Time : ThEB Hous
Mannun : 10OM.*e
Part A
A a . . - a l l
v r , 1 0 i , .
tdch
c/atiDr
eoniet 3 nortu.
1. Drar th8 ciruit ofan inveriins
amplilier usirdgop,Anp.
2.
Why
3 Eodulation Equiicd for connunicrtion ?
3. Cjv; tlle ba6icpriruiple of a ploiodiode.
. wrlat
i the uso ofa Cachenenofy ?
5. $hst is neaDt
by systomsoii*dre ?
(6x3=15nar ls )
Part B
,lnsaer all
qresriors
Each
Auestian
dn ier 5 motks.
6. A bansis .r i3 operated
n
connon enirier
contgxration at Vc
=
2 V, such rhat a clanC n lho
basecLEeri nou
I00
l 4
o 200
lu\
produces
a c o$ in ure colect r cnnent &om I n{ to
16.5 A. Find tle lue of B.
?. Why IM
transmission ld recepiion as ess oise
as conpared o AM iralsmiss tonand
3. Gire ile
pr;cjlle
ol a lhe.nnstor.
9. l}plajn tne significanceolvntual nenory.
10. Ilo* is WAN dithrent iion ItrAN
I
(5x5=25nrLx)
parr
C
'
r^@f
oDr one
qresriotr
ratu
e.h nadule.
Eachftnl qustirn .a,r'iet 12 rrorhs.
Module I
11. Drav the
coDftor anitter conisxraiion ol a bdsjlior and derive he volbge
and cuuent
gain.
Or
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8/10/2019 S1S2_2011_MAY
19/23
2
c6310
12.
lvit a redi dilsBio,
explain
le
principle
of LDD.
Modnle
2
13.
Draw tle
bloc dia$m
ota FM rdceive
and erTlain eeh
bloc .
Or
14. Wift a blo{k
diagft4
eiplair w conEuicariotr
tates
place
bftust
sreuitss.
Modu le3
15. wlat i3
a tlanaducer
? Exphi difi*nt
rJD*
sld their operalior
Ol
13. With a
block diaglan,
el ]'ia rhe basic
principtes
ofDltt.
Modnls 4
u. Wiih a
Uoct dtagnn,
e4lain rLe
basicopeniion of,
cuupuEr
Or
13. Whlt
is u inter6@
? Explain ditrerelr
rtles ofinterface
ciruit3.
Module
5
r9.
CoDpe
@c i lhgnas,
ssedbly level anglage
and Lisne
&vel tanguage_
Ol
20.
lvlite 6 dt notes
o :
k)
Networl iololosis.
(5
x
12
=
60 rMks)
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8/10/2019 S1S2_2011_MAY
20/23
G 6805
Arst.r
nle
fdl ou*io|
han
eo.h ntadlte.
A1l
qksti'as
cant/
qut
no.*s.
RetoiaoI .D\stttctian
ti\es.
Droails
sh.e* to be
suppued.
Moaule1
1. Consilu.x
a foserd Vernier
ofR. '.
t30 io showm3rres, eciDeters ndcenriDeteB.The scales
tobeused fo r redd ing4h .Msrka , l i s raaceof im . ,3ddandbcD .o l hes .s te .
B.TECH.
DEGRED
EX{MINATION,
A?RIL
2Or1
Firsr and
Scond Semesrer
EN
O1OTO5
ENCINEERING
CIiAIIIICS
(20r0
adnissjons-Regular)
lconnon
to At, cE,
EC, EE
aDd EI brdturegl
Reg.
No-----,.-.--'------,
Nan.....-.....-.....,...,,,..,.,.......,
E
"d
po
' .
- . 00n r t
f r h - o " .oDp teFF, r , f s l r o r rp
a way
rhar dre sue
ol xho disranceo
$on rhe n\ed
points
6
Module 2
2. The
disldncebetween
wo coplanar
Doving
n the
sahe
plane
n
suctr
akars I52
nn. Dras
lhe orve.
\ Ld "
AB.a0m r
long oss 1 " ,
l b " f /0 ,nn
,n
t r "
op Fw
dnd30 m. ,n thd6oo ,
\
dq
t fone
ehd s20n
,bovaHPano
joo '
r . o . . ' o
T
qFL r r i o " .Lp ,n . rna , i oo "o f rheLne .
rhH?
sd \P.
Ale loclte
the traces
of thc ti.e AB
a
4, A rcsdaf
hexasonal
lare
of36 nrn.6ides
h.s
one coner rouching
w and
3nolher opposite
coiner
o .hingHp.
The
hte
's rnclired i
5b. to H?
ad tso ro w. b.,*
rt.
p-j"di"";;l
,"
Itodnle
3
A
q
i rp Dqatud
m. "
r0
mm r "
" . .o .
n " , ,0 ,
n .on "hs "s
hang rJu ,s
?
o r
Ln ,
s rouod
nd
i \ :
' . 31 " . i
sns tao . j 50 .1 t r1
"w
Dfuq sFro rp {D . .
Or
A cube
ol65
-DD.
long
edses 1es
s vefticat trces.qualy
imlmed
t ile \'P.
Ir i6 cur by a
seclion
llane
prpendiculaf
to dE \?,
so rtrar
tre tru? strepe
otlhe *crio is a egda. texacon. beiernjnethe incljnariorofrhecuirileplane
rith tLe
Hpanddnwrhe
secrjorut op view
and hrc sLaFe
f
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8/10/2019 S1S2_2011_MAY
21/23
c 6305
7. A FustuE
ofa squue
pymDid
hds ts
bae 50 En. side, op
26 bb. aidednd heiglr
?6 m. DEw
the
devolopne
ofits lat&dl sudace.
(,
8, A cylin&icsr bloct
of base60
Ea. diaaeler ad Leight
90 d' stsniling
o ine li.p. ,fth its
sis
pcrpe ld rcu l&
rb"P P .Dhu i ,boaearpmjea io t r .
Module 5
L Arect&g
ublo.k,3cn.
x2cn.
x
1.5cn.Glrigondre grcunilplseonoleofft6rdr st&ces.
A,rn i-Bledse
E in | c
prcruFptan-
aDd b"
tong.r se moqsDctbal
sdBemsLes
; mgh of
l0 "w i r l rbep ic tucp l :ne .Tb" t r "o rFo .oL is lT .m&onto t rh "p i lmp la le ,Scm.abo ; .he
grourd
plane
ed ]i* ir a ceftral
plane
vnic])
pess*
rhrough rle
@nte ofib brock_
Dras fte
,eElective
view
of tne
bbck.
Or
10. A veFrolc.L,d" .
ol30
Im. dbmerer
,oro
"rctv
Den.tra'ed , uo,her
cylnd"r of60
En.
d iMpLpr ,he t&esbLpcrdged , io 'b " ra r
cn r ancFsDro4
heup ,d r -a ioosshowDgcLneso
penetralro4
sstrEing
rlr3 uis of
rbe
peftrraring
cylinder o he
p*sllel
o rh6 vp.
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8/10/2019 S1S2_2011_MAY
22/23
G 6806
Reg. No.........-----------
Nah,...-,,..,,...,....,..-....---...
B.TECH. DEGREEEXAMINATION,
A?RIL 2011
Fi.st
and
second S.hestr
EN OlO 105 ENGINEERING
GR{PIIICS
(20l0
dnissiotrs-Resular)
lconnon
ro AN, AU, cs, Ic, lT, ME and Po
bmnclesl
Time : Thre. ttou.s
Mdlmun: 100Marts
AasaetoLe
utt
qtestion
Dfl
eo.hno.tlle.
t\lL
wesrians
eona eqloL nnrhs.
R.r'nt nll conshuctiot
ti^$.
Draainq Bheetsa besupplied.
Modul
I
l . ' tuopo in isAandBare lcomn.apar t .Apo in iC is?Smm.f tonAand60nn .SoaB,Drawan
e]lip8a
assins
thtuus A, B and C
Or
2. In a logarifini. 6piral, the shorLest di* is 40 nn. The
lelcdr of the adjaceni radiu vectors
emlosins 30" are itr the rario I : 3 CoNhud one r.volution ofthe.pi al. Dlas a
ra4ent to the
spnalar any
po
torit.
Module 2
3. A
point
? G 25 nd. dboye {? and
,10
nh in fiont of\tr. Another
Foint Q
is 50
no.
above
iP snd
30 mn. in flonr ol w' The dbtan berseen heir
plojectors
s
60
nn. A third
poin
R i3 50 nd.
fton P and
65
nn. lrom
Q
and
lies ir urc EP. Drarv he
pmjeclion6
ol $e lriangle thus fo'ned.
Ol
, .
A cncle ofo nn., dilneter ap]rears as an ellipse on the io view, having ixs major axis 60 nn,
lons snd minor
sis
d0
bn.
lorg. Drarv its
l]lojections
*hen tLe nsjor sis is
puaDel
o botb the
Module 3
5. Draw the
piojectidG
of a cube ol,l0 nn. edge iestins or IIP on om of its cdrner vith a sld
diagonal eriical.
a.
6
A
cone of base 60 Dn., height t0 mn. ts . i by a seciion
plale
so
that the true snspe of8eciior iB
an ellirse of najor axL 50 nn. Draw lhe
rrojections
of h6 cone and ind the
iNlinaiion ofile
scciion
plsne
s i$ IIP. Ato nnd tle true shape ol *ctiol
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8/10/2019 S1S2_2011_MAY
23/23
Moilute 4
7.
A wrticol
cylindr s 30
@. diMerer and
1OOu. hish. A
cncdar bot. of 65 1n.
aieer6r ia
dr
bd nimlly
sucn har lne sis oftte
lole biects
the axis ofrh6 cylhder
at igbr angtesud
i.
prpdiculdrow'
Develo
thelererstsutacsofrle
cyl de
shoelng h6 rne;n pe;frh.
hole
A teaahddJondlsides40 m. is Esrilg
ce nlly
on dE targerfrce ofu rectsgll*
oc ofsi@
60 nn-
x
30
EE.
x
40 rD,
Draw thd isonerric prcje.rion
ofrte
conlination ubirs isomrric
scais.
'
Module 6
A cub6of side
40 m. i3 resrhs
on th
gmud
such har ons of iis fices is
lullel
ro sn l
ihe Eid
of'b".olid
E ob rb"
picruF
ojns. The.e $a. plalp
is toe@d
20 m. b
'bc
t"B orrhe
m.Fr
co l le ro f
h .cube
The tu ' ioo
oEr
60 mm. boDto f
hAp u" l tueand
iO16 . abBe he
Sbund
plane.
Dras the pe$pectiw
wjew
ofrhd slid.
Or
A vqtical
cylinde
of ?6 m. .riuere
is
lener4ted
by anorter cylider
db of which
ie
pddllel
io both rne Hp ald
Nhew' Tte rw ses :Eprojectiols showinc
cuFos olinrersection.