multiplechoicequestions-150527053303-lva1-app6891.doc

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Multiple Choice Questions (MCQ) onEngineering Drawing (Instruments)

The mini drafter serves the purpose ofeverything except

a. Scalesb. Set square

c. Protractor

d. Compass

(Ans:d)

During operation the two arms of thedrafter remain at

a. 45°b. 90°

c. 180°

d. !0°

(Ans:b)

!ith the com"ination of T#s$uare thefollowing angles can "e drawn except

a. 15°b. 5°

c. 45°

d. 105°

(An:b)

!hich of the following compass is usedto draw very large circles%

a. "eamb. #ar$e

c. "o%

d. &rop

(Ans:a)

!hich of the following compass is usedto draw small si&e circles%

a. "eamb. #ar$e

c. "o%

d. &rop

(Ans:d)

The designation of sheet of si&e ' x*+ is

a. A0

b. A1

c. A

d. A'

(Ans:b)

!hich of the following is softest pencil%

a. "b. 1"

c. "

d.

(Ans:a)

!hich of the following is the lightestpencil%

a. "b. 1"

c. "

d.

(Ans:d)

!hich of the following is not used to fixdrawing sheet on the "oard%

a. &ra%n$ pns



b. Ad*es+e tapes

c. Clps

d. ,*read

(Ans:d)

The main ingredients of pencil leads are

a. -rap*te and Clab. #ead and -rap*te

c. Cla and #ead

d. /one o t*ese

(,ns-a)

This is how axonometric o"li$ueand perspective s.etches showo"/ects-

A.rt*o$rap*call ".PctorallC.blquel &.Parallel Ans "

This type of pro/ection is whenpro/ectors are parallel to each other"ut are at an angle other than 0degrees to the plane of pro/ection-

A.blque pro2ecton".Perpendcular pro2ectonC. Aest*etc pro2ecton&. An$ular pro2ecton Ans A

There are two main types ofpro/ection:

A.Parallel and rt*o$rap*c".Staton3pont and Perspect+eC.Parallel and Con+er$ent

&.Perspect+e and Parallel Ans &

501 !hich type of varia"le is the

following list- Thinnest Thin Medium

2at 2attest%

A) /omnal

") rdnal

C) Scalar

&) ector

A/S: "



1. a clent o ours s *a+n$ dcult

+sual6n$ a des$n7 %*at tpe o dra%n$

%ould be t*e easest to understand A) aonometrc

") t*ree3+e% ort*o$rap*c

C) one3+e% ort*o$rap*c

&) bmetrc

A/S: A

. *c* o t*e ollo%n$ s not a pctoral

dra%n$

A) sometrc

") mult+e%

C) perspect+e

&) aonometrc

A/S: "

'. *c* o t*e ollo%n$ pro2ecton met*ods

does not use pro2ectors perpendcular to t*e

pro2ecton plane

A) sometrc

") ort*o$rap*c

C) oblque

&) aonometrc A/S: C

4. A crcle %ll appear on an sometrc

dra%n$ as a(n) ;;;;;;;;;; .

A) ellpse

") cclod

C) crcle

&) parabola

A/S: A

5. An aonometrc dra%n$ %*c* *as t%o

aes d+ded b equal an$les s:

A) dmetrc") trmetrc

C) ort*o$rap*c

&) sometrc

A/S: A

<. An aonometrc dra%n$ %*c* *as all

t*ree aes d+ded b equal an$les s:

A) dmetrc

") trmetrc

C) ort*o$rap*c

&) sometrc

A/S: &

!. n a trmetrc dra%n$7 t*e relatons*p o

t*e an$le bet%een aes to eac* ot*er s:

A) t*ree are equal

") t%o are equal

C) t*ree are unequal

&) none o t*e abo+e

A/S: &

8. n an sometrc s=etc* o a cube:

A) t*e rontal ace appears n ts true s*ape

") t*e recedn$ aes are at 45 de$rees to

t*e *or6ontal

C) all aces are equall dstorted

&) onl t*e dept* dstances must be

reduced

A/S : C

9. n sometrc dra%n$s:

A) ,%o aes are perpendcular

") ,rue measurements can be made onl

alon$ or parallel to t*e sometrc aes

C) All aces are unequall dstorted

&) /one o t*e abo+e

A/S: "



10. n an aonometrc dra%n$7 t*e

pro2ecton ras are dra%n ;;;;;;;;; to

eac* ot*er and ;;;;;;; to t*e plane o

pro2ecton.

A) parallel.....oblque

") oblque.....parallelC) parallel.....perpendcular

&) parallel....parallel

A/S: C

11. ne met*od o dra%n$ an ellpse t*at

represents an sometrc pctoral crcle s

=no%n as:

A) t*e bo constructon met*od

") t*e coordnate constructon met*od

C) t*e our3center appromaton met*od

&) t*e oset constructon met*od

A/S: A

1. /on3sometrc lnes are located and

s=etc*ed *o%

A) ,*e are dra%n parallel to t*e sometrc

as.

") ,*e are measured usn$ t*e an$le rom

t*e mult+e%.

C) ,*e are measured usn$ a non3

sometrc template.&) ,*e are located b determnn$ t*e

endponts o t*e non3sometrc lne.

A/S: &

1'. n an oblque s=etc* o a cube:

A) t*e rontal ace appears n ts true s*ape

") bot* recedn$ aes are at '0 de$rees to

t*e *or6ontal

C) all aces are equall dstorted

&) t*e dept* dstances must be reduced

A/S: A

14. n an oblque dra%n$7 all o t*e

ollo%n$ an$les are commonl used or

dra%n$ t*e dept* as7 ecept:

A) '0°

") 45°

C) <0°

&) 90°

A/S : &

15. n an oblque dra%n$7 t*e pro2ecton

ras are dra%n ;;;;;;;;; to eac* ot*erand ;;;;;;; to t*e plane o pro2ecton.

A) oblque.....oblque

") oblque.....parallel

C) parallel.....oblque

&) parallel....parallel

A/S: C

1<. All o t*e ollo%n$ are processes (as

opposed to nput or output) n a

manuacturn$ busness ecept:

A) >ateral

") Plannn$

C) &ocumentn$

&) &es$nn$

A/S: A

1!. ollo%n$ operatons can ma=e use o

t*e CA& database7 ecept:

A) &es$nn$

") >ar=etn$

C) Producn$&) /one o t*e abo+e

A/S: &

18. *c* o t*e ollo%n$ s t*e

responsblt o t*e producton mana$er

A) people

") plants

C) processes

&) all o t*e abo+e

A/S: &

19.*c* o t*e ollo%n$ %ould be a tpcal

use or Product &ata >ana$ement

A) trac=n$ potental clents b >ar=etn$

") $eneratn$ +aratons o a prelmnar

des$n

C) searc*n$ or *o% man des$ns used a



partcular astener

&) e+aluatn$ t*e stren$t* o a rb support

on a cast pece

A/S: C

0. *c* des$n process n+ol+esrespondn$ to t*e emotonal needs o t*e

consumer

A) aest*etc des$n

") unctonal des$n

C) sstems des$n

&) e3busness

A/S: A

1. *c* net%or= sstem $+es outsde

+endors access to a compan?s nternal

net%or=

A) ntranet

") @tranet

C) nternet

&) uternet

A/S: "

. All o t*e ollo%n$ are part o a tpcal

des$n team7 ecept:

A) +endors

") qualt control specalsts

C) manuacturn$ en$neers&) accountants

A/S: &

'. *c* o t*e ollo%n$ nput de+ces

does not translate *and mo+ements nto

nstructons or t*e computer

A) Scanner

") >ouse

C) eboard

&) '& >ouse

A/S: A

4. *c* tpe o output de+ce creates

ma$es %*c* loo= and eel l=e

p*oto$rap*s

A) @lectrostatc plotter

") #aser prnter

C) &e3sublmaton prnter

&) n=2et plotter

A/S: C

5. *c* tool can be used to dra% a 90

de$ree an$le A) '0B<0 tran$le

") protractor

C) dratn$ mac*ne

&) all o t*e abo+e

A/S: &

<. *c* set o lead $rades *as a $rade

out o sequence

A) 7 "7 "7 '"

") !"7 7 7 '

C) <"7 "7 7 4

&) 97 "7 "7 "

A/S: "

!. *c* tpe o lne s part o a

dmenson

A) brea= lnes

") p*antom lnes

C) etenson lnes

&) cuttn$ plane lnes

A/S: C

8. *c* tpe o lne s partcular to secton

dra%n$s

A) brea= lnes

") p*antom lnes

C) etenson lnes

&) cuttn$ plane lnes

A/S: &

9. *c* an$le cannot be made %t* et*er

a 45 or '0B<0 tran$le or a combnaton o

t*e t%o

A) 90

") !0

C) '0

&) 15

A/S: "



'0. A dra%n$ nstrument set usuall

contans all o t*e ollo%n$7 ecept:

A) bo% compass

") scale

C) d+ders&) etra leads

A/S: "

'1. *c* o t*e ollo%n$ operatn$

sstems s used %t* CA& sstems

A) &S

") D/E

C) #nu

&) all o t*e abo+e

A/S: &

'. *c* lne tpe s t*n and l$*t

A) +sble lnes

") center lnes

C) constructon lnes

&) all o t*e abo+e

A/S: C

''. *c* lne tpe s t*c= and blac=

A) +sble lnes

") center lnesC) constructon lnes

&) all o t*e abo+e

A/S: A

'4. *at tpe o s=etc*es are tpcall used

n t*e renement sta$e o t*e des$n

process

A) sometrc

") document

C) oblque

&) deaton

A/S: "

'5. *at tpe o s=etc* ncorporates

con+er$ence

A) sometrc

") perspect+e

C) oblque

&) mult+e%

A/S: "

'<. *at tpe o s=etc* s*o%s t*e ront n

true s*ape A) sometrc

") perspect+e

C) oblque

&) aonometrC

A/S: C

'!. *at s t*e ma2or derence(s) bet%een

perspect+e and parallel pro2ecton

A) Parallel pro2ecton can onl be used %t*

ob2ects contann$ parallel ed$es.

") Perspect+e pro2ecton $+es a more

realstc representaton o an ob2ect.

C) Parallel pro2ecton s equ+alent to a

perspect+e pro2ecton %*ere t*e +e%er s

standn$ nntel ar a%a.

&) Perspect+e pro2ecton can onl be used

or creatn$ oblque and not sometrc

pctorals.

@) b and c

A/S: @

'8. *at tpe o s=etc* uses a mter lne

A) a t%o3+e% mult+e%

") an sometrc pctoral

C) a t*ree3pont perspect+e pctoral

&) a t*ree3+e% mult+e%

A/S: &

'9. *c* tpe o lne *as precedence o+er

all ot*er tpes o lnes

A) a *dden lne

") a center lne

C) a +sble lne

&) none o t*e abo+e

A/S: C

40. *c* statement(s) s true about t*e

precedence o lnes



A) a *dden lne *as precedence o+er a

center lne

") a center lne *as precedence o+er a

+sble lne

C) a +sble lne *as precedence o+er a

mter lne&) all o t*e abo+e

A/S: A

41. *ere do t*e pro2ecton lnes con+er$e

n a perspect+e s=etc*

A) t*e +ans*n$ pont

") t*e $round lne

C) t*e *or6on lne

&) t*e ee pont

A/S: A

4. *en ou %ant to ma=e t*e letters o a

lne o tet narro%er7 ou %ould set ts:

A) aspect

") scale

C) al$nment

&) ont

A/S: A

4'. *en ou %ant to ma=e sure t*at all o

t*e tet stas to t*e r$*t o a $+en pont ont*e dra%n$7 ou %ound set ts:

A) aspect

") scale

C) al$nment

&) ont

A/S: C

44. *c* o t*e ollo%n$ s tpcall

represented n a dra%n$ but does not *a+e

a true p*scal counterpart on t*e ob2ect

A) ed$e o planar surace

") ed$e o a crcular ace

C) corner o a rectan$le

&) lmtn$ element o a cur+ed surace

A/S: &

45.A cuttn$ plane normal to a ace o a

cube *as to be ;;;;;;;;;;; n order to cut

an oblque ace.

A) rotated about one as

") rotated about one as and translated

C) rotated about t%o aes

&) rotated about t%o aes and translated A/S: C

4<. All o t*e ollo%n$ are +arables n+ol+ed

n t*e use o ma$e planes7 ecept:

A) t*e ob2ect ben$ +e%ed

") t*e s6e o t*e ob2ect

C) t*e ee o t*e +e%er

&) t*e ma$e plane

A/S: "

4!. n a F sstem7 all o t*e ollo%n$

statements about mmers+eness are true7

ecept:

A) response tme s an mportant actor

") bot* dspla resoluton and dspla s6e

can aect t

C) t*e +sual sense s t*e onl sense to

aect t

&) trac=n$ bod mo+ement s an mportant

actor

A/S: C

48. ma$ne a G#G s*aped ace etruded nto

t*ree dmensons. o% man aces does t

contan

A) se+en

") e$*t

C) ten

&) s

A/S: "

49. *c* tpe o +arable s t*e ollo%n$

lst: ,eas7 Dta*7 Calorna7 &ela%are

A) /omnal

") rdnal

C) Scalar

&) ector



A/S: A

The projection showing the front in the true

shape and size is

• (a) isometric

• (b) perspective

• (c) oblique

• (d) axonometric

Ans: (c)

2 !hat t"pe of line has precedence over all

other t"pes of lines#

• (a) hidden line

• (b) centre line

• (c) visible line

• (d) none of the above

Ans: (c)

$ !hich is not a principal view#

• (a) front

• (b) bottom

• (c) auxiliar"

• (d) left side

Ans: (c)

% &nclined planes in a three'view drawing

will appear as

•

(a) two surfaces and one edge• (b) one surface and two edges

• (c) three edges

• (d) foreshortened in each view

Ans: (d)

!hen a surface of an object is inclined to

a plane of projection it will appear in the

view• (a) foreshortened• (b) in true size and shape

• (c) as a line

• (d) as a point

Ans: (a)

* The top view of an object should t"picall" be drawn

• (a) to the right of the front view

• (b) directl" below the front view

• (c) an"where on the same page

• (d) on a separate piece of paper

Ans: (b)

+ The top and right side views have

common dimensions of

• (a) height and width

• (b) width and depth

• (c) height

• (d) depth



Ans: (a)

, This t"pe of projection is when projectors

are parallel to each other but are at an angleother than -. degrees to the plane of

projection:

• (a) perspective

• (b) oblique

• (c) aesthetic

• (d) angular

Ans: (b)

- This is how axonometric oblique and

perspective s/etches show objects

• (a) 0rthographicall"

• (b) 1ictoriall"

• (c) 0bliquel"

• (d) 1arallel

Ans: (b)

. The primar" unit of measurement forengineering drawings and design in the

mechanical industries is the

• (a) millimeter

• (b) centimeter

• (c) meter

• (d) /ilometer

Ans: (a)

This t"pe of solid has two bases that are

parallel equal pol"gons:

• (a) p"ramid

• (b) prism

• (c) cone

• (d) torus

Ans: (b)

2 The solid having a pol"gon for a base

and triangular lateral faces intersecting at avertex is

• (a) p"ramid

• (b) prism

• (c) cone

• (d) torus

Ans: (a)

$ This is formed where three or moresurfaces intersect:

• (a) oblique

• (b) line

• (c) edge

• (d) vertex

Ans: (b)

% These t"pes of projectors converge at avanishing point

• (a) perspective

• (b) parallel

• (c) orthographic

• (d) oblique

Ans: (a)

&n oblique s/etches the most commonl"used angles for receding lines are

• (a) or *. degrees

• (b) or + degrees

• (c) % or *. degrees



• (d) % or + degrees

Ans: (c)

* 0bjects that are s"mmetric can be shown

effectivel" using this t"pe of section

• (a) quarter section

• (b) half section

• (c) full section

• (d) s"mmetric section

Ans: (b)

+ &n this t"pe of section one quarter of the

object is removed

• (a) revolved section

• (b) removed section

• (c) quarter section

• (d) half section

Ans: (d)

, This t"pe of section is limited b" a brea/ line

• (a) removed section

• (b) revolved section

• (c) bro/en'out section

• (d) half section

Ans: (c)

- This t"pe of section is not in direct projection from the view containing the

cutting plane

• (a) revolved section

• (b) removed section

• (c) bro/en'out section

• (d) full section

Ans: (a)

2. An axonometric projection in which

three perpendicular edges of the object ma/edifferent angles with the plane of projection

is called

• (a) isometric projection

• (b) diametric projection

• (c) trimetric projection

• (d) oblique projection

Ans: (c)

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