115 / 2074
l.
llk .unatuie
ot eanh's sulfre, n bk€n in tu a.ounl
(A) lm sq km
2,
Thc
min priftiple
(lt) .,{
160 sq.
kn.
suN.ying h ro
(C)
emt
3.
f.om
A w.u
Mditid€d
tsiangle
5.
Dahrm
(D)
250
sq
r$.
whole io lh€ part lower level to highq lwel
:
inleKrion
of
fts
(D)
60"
hans dnd lhe ottical enr€t of
blesF
A Fhlively lired point ol known €levatior above {tatun! is called
(A)
6.
axis ol r}p
km.
(C) 45"
The imaginary linc passing ihmtgh thc the obj{tivc', G ljown as r
(c)
les lha.
no a81e
(B) 30'
(A) 20"
4.
ha
3m sq.
thc ext€nl ol suney is ndtu
:
pa rorh.wholc {3) fon (C) lrcd highd lcv.l ro k'wd lcvel (D) fom
(A)
otny
point (B)
Reduced
l€v.l (c)
:
RereMce point
(D)
B€n.h
mrk
$.1'totatlllrkeFF *nts (B) HoriTnbl s.rro (A) t?v€r sdrrarc (D) Con..ve surra.e (C) confour lheboundrryor
'in€
7,
Cl6ed ontous of d
(A) a hin
8.
To orienl a
(9) . depresim (c) .eddle
plare rable .t
. {'oint
wirh livo
int@ibt€
0)) 3
:
(D) a ivsb.d
points, rhe ndhod
gmlt
adoF€d,
Iwo poinr probl€m
lPx,o,t
t.
Irc tnDlld hdizdnl
b.twn
drgle
rh. rru.
Midim ard dr
(B) Drlin.tion (c)
t0.
Tne whole cjxle
barirS ol
11.
net
Th.
rcliabL .sdrure b
(A)
Prlin'jJEry *dhale
(c)
Detailed
(B)
(D)
DiP
(D)
N6arE
:
N12(r E
Plhlh aru esd@te
ert mt irf,:luded i! dE plinlh .ra dtimle : (A) vmndah.M (8) wal thi.k@ (c) R@ma@ (D) Pi
of
ot. *rrr b!
la,
Fd 1@ sq, d,
(B) AddinS
lo lsl
Ern.d
(A) rqsd! budtL
(c)
For
of
tlk6
d
tMs|''€tM!
thi.k fl@r, dp quntity of 0.m
nl
ttu otd6 of lh€
(E
MShr
&6dil',
r.quft
k
l€nsdL n iEhr
(D) lensrh t€ishr, bfrdrh
IlEa .dain8 im with a thln @t (D) zinc "L
dhel i! ddred
(A) o'romilm (B) NlLl
w.c.
ae
@:
(c)
1.00 n3
m,ftlactuE of .t lnl.$ rt
trl/21tra
tr
(1 : 2 : 4) 4
Hei+L b...dth l€ntrh
t6, C.rvebing
:
{D) cub. hte erirute
Th. ninim|m ei
tt,
liF, b bM.r
:
!3.
!t
(C)
6ddr.
itd
8€am8
lire ts r20, it3 rcdked b@ring i!
(B) s6fE
(A) S2rE 11.
a
'w.y
ol i
w'rl
.
cmt
Equjrd,
13,
Th€
emmody u*d raw rubnal of .ercnt is
(B)
(a) slnte 19.
A8€
ol. tr€ Nt
sand
(c) um srom (D)
*m
b. a*€nained bY
For one
(B) Gett€lwe
21.
TIE
(D) Nmber
(B)
dks lotred
from
22
mllsr @8m,.R aUd
(B) (D)
S€direnbry
A good qualiiy sron€ ab6.tbs
wab lds lhtn
It bi.ling oI AB
=
Eks
Melarcrphic Notu
ofttrF
:
(D) 20x
2s,
The
mgrr'ti. beri.E ol a lie it N
(A) 26.
?W
A lFely
ndthg mdle
(A) Oip
(c) 180'
(B) 260' 88'
E
l|3 tru€
eLi8hlly 8€t3
b€rin8
ls s
(q 3'w
p) 3'r iftlined
4so
:
4C, beari!8 oi aC= 3@, then angle ABC le
(A) 80"
stem
(D)
23. R{iPrdal.angrg h adoPted whd tne louowing ir m'ounteEd (c) A rivd (A) A de@ ld€t (B) A hilrdk 24,
itt
:
(c) 151
(8) lot
{a) s*
ie
(c) 42s
5oo
ck (c) Isrcous rdrs (A)
or
oI asual ringr
obic mettr of kick msnry, tumhs oI biks reqriad
400
(A)
Basall
l
(^) Radius of jts sren (q NMb.r ot bEtuh€ 20.
I
to th€
hotdt'l
:
{D)
A t.n buildinE
(D)
100'
:
8t E Tr@r@'
it3
tuEErt
(D) 1'tt anvwh4 exePl
(8) DRliFlion (q 16l 'tE*tid (D)
on the
eqlalor'
Sdular variation
t5/ror4 lP.I..r.l
27.
kogonic lims arc rhe
lin6 hrvinA
the sarc
|
(A) Etev.rion (B) Bearins 23.
6rrh (c) sunae ol a r€*'voir sunrce
d
29. Imr trpes are mde ot an alloy ol : (A) Nnklfrdsrel
{c)
Tin.nd
su{ace or
(D)
gurface
is :
(c)
3t.
35.
15'
(D)
20'
(D)
31oo
AacD is a sgEp, berin8 of AB=1o'. Herc b€ring of DC js:
(A) tto"
33,
*a oi. atir Lar€
(D) coppq and sLet (D) Alnminiln and sreel
srel
ft€ l€at cmr of pri.Dric mpass
(B)
(B) !0' 31.
Dip
An eDmpl€ to. a level surf6& is:
(A)
30.
(c) Dslin.tion (D)
(D) 130.
line
(A)
A vertic.l
{c)
A line FrFndicutar ro rdet
cor.edion
Id
(A)
m
0.112
(B)
(B) irus
(A)
A .lah ol v€rrical
{q
A
0.062J
h
(c)
€a.h orher in
fm
..*
(B) (D)
valle}'
the hox oI Prisruric comp.s
fls/mr4
[m lim (fr) A line perpsdicutd ro dE hdibral A line pdr.llel ro verric.r
rdracrion lor a disran.e of 1 km=
Conlodr lines look to
dep
(c) 220"
t
made
d
;
o.o78s
m
of : A sbeep hilr
An ovehegjns cliff
(D)
0.0673
kn
tjre
36. lt n ir the numb.r ol sidc, then rh€ hi.l
(n+2)qr
(A)
!7.
3s.
(B)
(2n+a)
sum ot lncluded anSle or
90' (c) (2r 'l) eo'
(D)
inleml tulsing lcl*op." foosing it ..hievcd by lli. movemml fiftd inside the teleNPc dnd th. leN is of the oiuE ol : In an
(A) conH
(E
(c) Pl@convex
{D) Plarc'c'mve
ri* lnd fall nFthod, . chPlst€ ch*k is previdcn d thc c.l.ul.ljon (3) Fdesighl (A) B.ct sisht (D) AII ttrc siEnG (C) IntcdEdri. siBhr .! : (a) EbonlGcdAe (B) Fidu.ol.dEc (C) The
(4n-2) ot a
3hould
ef
lds which
is
conc.ve
ln
39. I}l.
ao.
!dR{ k'vee
or
:
working edEc of an ali{tlde, i! knom
pircipL ormrking
(m
whole to
p.f
is
StEiBht
$ed
edge (o)
ln suNeving
GradutGd €d8r
b
I
(A) nottint b€@@ qst (B) S!fl€y work ..n bc codPl.t.d qui.kl, (C) Aaurubrion of e'r6 i, Prcv.nled (D)
!1.
42,
The
^[
oi
tlE.bow
ordrin
or
3at i.
:
(A) (B)
Always tddilivc
(c)
Always
(D,
somlrm6 addibve .nd smclimd subEactive
Alw.Y5 subr'kriv€
do
idd@ in a 20 m clDin is: (c) 5mm (8) 3tM (A) 2hh
Th€
turlmum
(D) 8mfr 115/2014 |P,T.O.l
41.
al.
si6 of dely spaa.l @t@r lln6 EpRnte . : (A) stepdoF (E) GdtLrlope (c) Udlim 3toF (D) A
pl ch sftly pa.inE !! lsd (A) PtElitrln!'y 5@ey!
ln
ior
r,he
dbtaM
(D)
or
^n and
?
ThE Fi.r prcUen.E
fielbov. of:
rtE o.ihodr
(^) Rldiirion {B) rnlefdion (c) Tdv4jrs aC
(D) RRrion
h.lB loititudnEly, @ p.n i! cdrkd : (B) c6' ebd.k (c) QlM clog (D) v@$id
mEn . bri.k i. dt in rwo
(A) kin8.los 47.
leiufde
'ENliry (B) taarion ,utEy
(c) Rdo@iremcallftrs 45. Tm Finr prcblh
pt
!66o1Mbei q,por{u6 the [.nd 6il i] lmM 6: (A) Nod (B) Sitqt (C) stud A
43. Do6Lg8d5r.lr!.: Q{) rLx tuh rr.tr
(g llRqurts tun3tail at. GyFu it .dded in ..|mr : ( ) AI0u' b"nr"t (q Aftrs'idinE
(E ewrd
tum
(D) Cddnuo$
(D) B.lu!r€'
.r.ir
3tair
:
(B) (D)
BGfo'. bud'ins
At rh.
rimorninns
50, [EE* in volum of dry $nd wha mrer ir .d.ted t6 .alt€d (A) Honeyonbing (B) sesrcssnon (c) BulkirE (D) Bt4diit 51. Ih. ird.nt dd prwi.led (A) Fbs
(c) strik
l$/tn1
tn
. f@
of dE
h.t n dLd
:
:
(B) panei (D) N@ or 0E.h@e
I
52,
The srandard sjze ot the brick a6
Ps Indian slandards is:
(r,) t3x9x9
cm (c) 23 r 12x 3.n (A)
s3,
lne
20x10x10
(D) 19x9x9.m
red cotour obtained by the bricLs is due to lhe
(A) Line
cm
Pt6en.. of
(c)
(B) silic.
Ircn
oxid.
(o)
Mansanse
s4.
f n is comPletel/ relain€d on: (A) lomnsirye (B) 't5nmlr€ve (c) 29msiev€ (D) 475msieve
s5.
Thc volume of
Ille agSregaG i! called couE ogsre8ale
(A) 56.
0-05
The minimum
Th.
blg ol .€ncnl wciShinE
m3
{A) 04 57.
re
slved
(B)
0.o3at
50 kE is
(c)
mr
59,
used in
em.nt
Paint is
(A) cncLs
{B) Bleding .6t
ot thc complel. Lbou
(B) 40%
(A) 10*
:
{D) 05
{D) Ktrem
{c) s.8'et uon (D) Iloryonb'ins s a % ol total .Gt (C) 25%
ot the buildinS
(o)
s%
I
't
(B) fltima ng (D) vdluahon
IXe approrisat€ welSht of one cubic mel.r of mild sleel
(A)
0.0r n3
oul th€ exact qnanlities of varidt ilems ol work is kno{n .s :
(a) auanrity sutueylns (c) Mensuniion 61.
is
(c) sPhit
comle Dy le.d lo :
The aptroximte
(D)
:
A tadly nited .emenl
60. wchnS
m3
0.025
ml6 (:tr@t rario lo obbin tork ble oEete (C) 0.5s {B) 0.6
(A) rurFntjne (B) water 58.
:
1000
kg
(B)
24!0
k8
(C)
13
14000
l
tE
(D)
7850 kE
115/2014
lP.r.o.1
52.
which oI lhe lollo,ing b not
(A) 16hn
63.
57.
ftftnt
Th€ w€iAht of 10 0.62
reqlted to F€paE
rs
(B)
032
100
c!.n. ot
(c)
|m.li.@!er nild d*l
25
(C)
1|2:4
corete
m3
rcd pd EEts
18
(D)
The unit
An
afr
w€idt oI
R.C,C in
of
@
10000
k&h3 i!
Th€
(D) z1n3
l68lh ic.qual to:
18
(D)
O22 rE
(D)
10o
(C) 2100
(D)
3000
(c) lmni
(D)
1o0o
rinS a
rad6
0.42
h€.taE k .qMI !o :
m,
(o) lom, ro lE depG
rd by a @ha.tor while
The
soIm
oI the pip€ .onn€cted ro kprjc tank is
(B)
kcrniqle ot finding
is
kn(m
100
hh
:
(c) lsomn
rhe lan Fice ot .n eltsting bujlding
(a) €,timarion (B) t15/2014
&tn
m,
(B) Cautjn deF3n (D) Earcr hoey depsjr
Fixed
ninimm ria
(A)
is :
:
(B) 1800
deposit (c) S€uity d.pGit (A)
12
tuny
69. nE amnt eqlie
71.
(D) 25Im
lilclild ar rhft in one obk mld ? (A) 0.5 (B) 1 (C) 10 How
(a)
70.
?
(C) 10
(B) 32m3
(A) 1200 63-
Einforemnr ba6
(C) 20m
(B) 8
Ihe volu@ oI
(A) 56.
oI
lhe nuhbn ot.onugalioft in a gatvanire.l .omgatld shet je uslaly :
(A) 16m3 5s.
comon 8iz
(B) 28hn
(a) 6 64.
a
(D) 2mm
d prcFrry b rem
pricinS (c) valu.rion (o) co66ns 10
*
j
72,
In aDlysi3 ot
nt6,
(A) 10* 73.
Th€
th€ ?rofir for
tn onh*tor i. 8n@Uy takd
(c) ls%
(B) 20S
q!.ntlty ot damp Fool
(A) -'
.@e
74. IhnkEs ot plarbjng is lsuarly : (3) 12m (A) 6m 75,
74,
73,
(c) -
(D) luhpeuh
(c) 25m
(D) lomm
nqslll€mt ld @ffile wdk in R,C.C, b in : (B) 10,q.n. (c) o.n. (A) 3q.m.
TlE nonin
l thi.*@ oI d dp.ndm Fint in bi.l
(E 2oN
waU
mEi
be
(C) 30m
l@e $an
:
(D) aonn
n$ld sleps used fq dDnging diElion of si.iE :E @[ed : (D) (a) AnEd.r sreF (B) Ridi.l sr.F (q wnds
The hi8hsr point of an atch ir
(€y
stoe
€lled .!
Roundtt
F
:
(B) crcwn
ic) aidse
Eidsti.l bundin& rhe neight of balh tod th@ld mt (c) 3@ (A) 2.4h (B) 2m In
(D)
be
d tr&cd @f $l're G o[.d : (c) EE (B) cl@t (a) Atch
80. lsa
31.
(D) 10cu.n.
The
(A) 79,
:
Th€ unit ol
(A) 10M
7r.
I
(D) s*
(D.P.C) h worted ort in
(B) -'?
as
res
din
Kine clo6d
:
(D) 2rm
edSe of
In king post
iA) rwo
tr!$,
the numb€r of venical
p6t I.
;
(c) the
(B) o"" ll
(D) cabl.
or
@e (D)
An cven nunbq
rt'l2011 IP.r.o.l
82,
83.
True
tMidi.n
(A)
Actual
(c)
Truc
When
pass€s
thra$n
:
lift or.onhol
(B)
ndth md rrue sdrh
lh. d€lin.tion
(D)
tu negativ€, the
m8n€ilc neridid wiu
b€
m
(B)
{D)
3a,
Whjch of 6e following
ishllmnt
ie used Ior
@GuPrenr of an8l6
?
(A) c€odin€te. (B) reltlromdd 35-
Th€ length of ranging rod should
(A) r.sto2m 85,
the litsr temFE
(C) Calering 37,
!e
I
(B) 2to3m y
and
adiuslfl€nt to
be
(D) doE rfhr
rseling
(D) (D)
*ting
up dE
(A)
(c)
r20.
. berh t6t
the
(D)
A
!9.
The berch rurk srablistEd by th€ Sury€y ol Indla D€pannent with refemc€ to mem 6e la.l G known ar:
(A) (C) r1t/2074
or cJEnge point i5 kaom
c.T.S. Befth
(3) PeM6t
Arbihary
(D)
Ma.k B€n h Marl€
diff.r@
e0'
88.
.E f EdinE taro @
ey 5btid wil
sishtinE
atractio[ thd
{B)
table at
h
r.vening
IJ lh. €nd strtiotu of a lin€ ar€ fie fmn local and back bering of that lhe should be :
180.
plae
2.s ro4.5
s
w
tn bete@h
I@
360'
:
h rery hi8n pt€dlton
Berh Mark
Tehporary B€nch Markt
90.
R.adrn8 ot the
{A) ol n 91.
92.
6!in l*llint stafi 6 (E 0.01n
fig* (A) sque Four sided
ldt ol a clrl€ bo"nd€d (A) Arc
(A) 91.
has
e
Pldimeter i3
(c)
(B) rFFzium
The
A. dloaldgd
r.t6 amtev
h.ving no raralel 3id6 b .all€d
by an
m
0001
up
b
h
0.005
n
:
(c) rEpeaid
(D) Rhdbus
(c)
(D)
11
12
(*d td tr ruing:
(E
a.e. {D) cmiou sadient
(c) soF $sl. 9s. c'@ statf is u*d td: (A) setling dl ri8ht angl6
(B)
M€a3uing sntour
(g Taldryleveb
(D)
Measuing .llstanc
thdimt
ahii6 .F 8erer.lly avribble in i (B) 15ma^d20mlenglh (A) 10 n and 20 m lenSth Metric
(C) 97.
(D)
and it! chord is .all€d :
tw tuny eid6 ? (8) 10
(A) volm
,5,
:
(B) s€glmt (D) Nlre of tlE abov€
(c) setor ,3.
b.
20 m and 30
h l€ngih
The pi
tll tnt\ {A) a,ldd@r
(B)
(D) cmq
25
mond r00m l6gth
equiv.Lnr to ha'f the ld8rh
Beveu€d.to6s
fd
hall Ih€
widrh.f
(q Hartjngder (D) Kttg.los 115/1014 IP.T.O,l
'
93. fte t?e d bond tn whch d.!y .(,u4 .mt i!6 Mh hsdd ,nd dietlE, i! calld : (A) na|j.l, hotd (B) Bitgulh b6d (C) Rralrn bond (D) Itb€d bdd 99.
wir6l.ld. lEber ot ! rhttd fm (A) s6/1" (B) Reml TIE
100. Lar6th
oa
(A) ltu
lalMa
c
ln*
of
irit: (B) 0.66 fet
L
FI,rr s: (C)
Muluon
(D)
Podt
(D)
20*
. drdc.n
(c} r0o
