8/18/2019 cxc2004p1

1/11

AF'FIX STAI.

CANDIDATE

-

PLEASE

NOTE

You mustsign elorv nd cturn

hisbooklet

vith

theArxwcrShcet.

Foilureto

dosomay resultilr

disqualifi'cation.

l .

a

FORMTP2004tt5

The

SI

un i to f l c r rg th

s the

(A)

newton

(B)

metre

(C)

ki lograrn

(D)

second

C A R I B B E A N E X A M I N A T I O N S

C O U N

SECONDARY EDUCATION

CIIRTIITICATE

I'XAMINATION

PHYSICS

IVIAY/JL'NE2OO4

C I L

Paper

01

-

General Proficiency

TStrtitrutes

07

JUNB

2004

a.m.)

READ THE

T'OLLOWING

DIRECTIONS

CARI,IIULLY

In addit ion

o

this est

booklet,

ou

shouldhavean

answer heet.

Each tem n

this

esthas

our

suggested nsrvers

ettered

A). (B), (C),

D).

Read

each rcrn

you

are

about o

answer

nd

decide

which

choice

s

best.

On

your

Answer

heet, ind thc nurnbcrwhich

corrcsponds

o

your

itcnranclshadcrlrc

slracc

having

hesame

etter

as

the answcr

you

havcchosen.

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the sample tern

bclorv.

Sample tenr

rESrcoDb01238010

Sample Ar. rswe-r

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The

best

answer

o this t em

is

"metre"

so ans\ 'cr

pacc

B)

lras

bcenshailcd.

If

you want

o change our

anslver,

e

sure

o

erasc

our

old anslve conrplc- tely

nd i l l

in

yor-rr

nervchoice.

When

you

are old

cjbegin, urn he

page

and

vork

asclLr ickly

ndascarcful lyas

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an. f

you

cannot nswer n

tem,

omit i t and

go

on to the lcxt

onc. You

can

comc

blck to thc

harder tcrn

later . Your

score

wil l

be the

total number

of correct

answers.

Figr-rres

re

not

necessar i ly

rawn o scale.

You mavdo any oush vork n th isbook lc t .

The

useof

non-programntab le

a lcu la to rs

s a l lowed.

This

test

consists

f 60 i terns.

'or ,r

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i rve75 rninr-r tes

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henl.

Do not

be

concerned

hat heanswer

heet

rovides

paces

or

rr iorc nslvershan herc

arc tcnrs

in th is es t .

DO NOT TURN

THIS PAGE

UNTIL YOU

ARE

TOLD

TO DO

SO.

Copy

i

e

O

2003

Cari

bbea

n

E xam nat

o

n

sCo

Lr c

All riglrts eserved.

0r238010/F200+

8/18/2019 cxc2004p1

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rl

a

L '

W h i c h

o f

t l r c

f o l l o r v i n g

q u a n t i t i c s

dimensionless?

I S

1 .

The

unit

of

electr ical

expressed

as

( A )

l f ) =

l V . A - '

( B )

l f ) = 1 A . V

(c) l f)

-

I

A.V

I

( D )

l C ) = l W . A ' '

I

gram

s

equal

o

resistance

maY

be

(A)

(B)

(c)

(D)

Density

N{ass

Relative

DensitY

Vo lume

,,

3 .

measured

50

$J

slectr ic

heater

to

suPP|Y

smal l

p ieces

of

ice

f

i e'r'

f unne l

\ \ 'hy

is

this

method

ery

inaccttrate

hetr

use'd

n he

Caribbean?

(A) The

heater

s

notporverfulenotrgh

o

rnelt

he

ce.

(B)

Thc

cc

vould

meltevcn

f the

heatcr

wcre

not

urned

n'

(C)

Thc

temperature

l

the

ce

s 30"C

instead f 0"C'

(D

)

Watcr

w'otrld

c

cvaporatin-g

iorrr

the

oPen

caker '

4 .

\ \ /h icho f - t l te

o l lo r ' l ' i r rg

r r t i ts

s the

un i t

o f

monrentum?

( A )

k g t '

(B)

k-e

m

s' l

(C)

kg

m

s'r

( D ) N m

0r238010/120c 1

Itern

6

rcttrs

to

thc

dia-eram

elow'

For

any

point

(r ,

-v)

n

hc

ine

QS,

when

0,

the

valtre

f

f

is

(A)

( B )

(c )

( D )

oQ

OS

O P

OP/OR

An

object

f

tr lass,

rr , s

attachcd

o

a spr ir rg

bir lance

nd

ts

u'c ight,

w' ' ecorded'

What

wi l l

be

he

esult

l ' the

object

s

aken

o

thc

rnoott

attd

rvci-ghccl

hcre'?

(A)

Nlass

=

rrl;

rveigltt

greater

han

rr '

(B)

iVlass

rr l ;

vcight

ess

han

rt '

(C)

N{ass

reater

han

tt;

wcict l t

=

iu

(D) N1ass

ess

hittr

r r ;

weislt t

=

ru

Wl i i c l t

o t ' the

b l lo rv ing

i t r i tn t i t i cs

v ' i l lbc

constant,

f

a

constant

tct

brcc'

s

appl iecl

o

abody?

(A)

Ve loc i tY '

(B l

K ine t ic

encrsy

(C)

Nlo tnen tu tu

(Dt

Acce le ra t ion

(A)

(B)

(c)

(D)

10

mi l l igrams

100

mi l l igrams

l000mi l l igrams

l0@0n'rilligrams

By

switching

n

the

heater

n

the

ol lowing

apparatus

or

aknown

ime

and

veighing

he

water collected r-rhe beaker, he specific

latent

heat

of

fusion

of

ice

can

be

measured'

6:_

,f

8 .

CO ONl'OTFll I Nl-.XTPAGI'

8/18/2019 cxc2004p1

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['

2t

(A)

(B)

(c)

(D)

low

centre

of

gravity

niurow

wheel

base

sun roof

long front

10.

A stable

well

designed acing

car

must

havea

-t

I

1. Which

of

the ol lowing

forntulae

oLr ld

c

used o find the

average

pceclof

n

r-rlrjcct?

(A)

Changc r r

ve loc i t .v

Time

taken

(B)

Change

n d isp lacenren t

Time

taken

Distance ravc:l led

Time taken

Dis tance

rave l led

T i r r re

uken

Which

of

the

'o l lor . r ' in-9

ncasur in-u

cr iccs s

sL r i t ab l eb r rnea i su r i ng

l r c

d i a rnc t e ro f

a

r t r -

man

hai r?

The

diagrams

elow,drawn

o

scale, epre-

sent

wo forces

S

and

T

actingat

O.

In

w'hichof

he bl lowingdiagrams

s

he esulr-

ant

n he

direction,

X?

, s

./

(A)

o

8/18/2019 cxc2004p1

4/11

. f

An

object

s

removed

rom

the

grou.nd

nd

pla"ej

on

a

shelf '

Which

of

i ts

properttes

would

You

expect

o

change?

(A)

Mass

(B) Volurne

(C)

Potentialenerg) '

(D)

Kinetic

energy

Pressure,

,

n

aliquidcan

becalculated

iorlt

the

brmula

P : P g h

Which

sets

of

units

belorv

* ' i l l

g iv 'e

he

pressurc

n

the

SI

unit?

p 9 h

(A)

g cnl-r

nl

s'r

Inll l

ie l

kg

-- '

N

kg'

r11

(C)

g

cm' '

N

kg'

In

(D)

kg

nr-i

cnl

s-r

crrl

A

bubbte

f

gas

ises

o

t t"

"tLt"

of

a

soft

d r ink .

Th is

is

because

he

(A)

upthrust

on

the

bubblc

is

greater

than

he

weigh t

o f

the

bubb lc

(B)

upthrust

on

the

bubble

s

greater

ihan

the

weight

of

rvater

t

dis-

Places

(C)

,u"igt l t

of

rvater

displaced

y

the

UuUUte

s

less

han

hc

w'cight

f

the

bubb lc

(D)

density '

f

the

gas

s

greater

harr

the

dens i tY

f

thc

dr ink

A

glass

ulb

s

r l led

wit l i

agas

at

atelnpel 'a-

tulof293

K.

l l- the

nit ial

pressureoft lregas

is

1' .

what

wil l

i t

bc

rvltcn

lte

erttper:t t t tre

increases

o

360

K' /

)

c) 7

( A )

-

-

x P

1 6 0

293

( c )

1 6 0

3 6 0

( D )

'

t q l

Bo1' le 's

arv

br

a

gas

cal l

be

estetl

xpcr i-

n rc , t ta l l i , .

rov ided

v l r ich

f

the

o l low ' i r tg

is/rtrc

rt

ai

rtai

necl

corrstatrt'?

I

' l -er tt

pcratLlre

I .

Press l t r c

t

l .

Dcr rs i t l '

IV .

i \ lass

( A )

l l l o n l l '

( B )

I a n d

l

o r r l Y

(C)

[

a r rc l

V

on l l

( D )

I .

I l

a n d

l l

o n l y

\\ 'h ich

of

the

tbl lorvir rg

s

the

N1OS

' str i t-

able

rattse

br

a

cl ir r ical

hernrotttcter ' l

(A)

0

oC

to

44

oC

( B )

- 1 0

0 C

t o

I

l 0

o C

( C)

3 5

o C

t o

100

' C

(D)

35

oC

to

44

0C

COONTOTHENI--XTPA

1 8 .

15.

3 6 0

( B )

293

P

I

P

I

P

1 6 .

t 9 .

17.

20.

0r238010ff20o+

8/18/2019 cxc2004p1

5/11

'

lr

21.

The

specif ic

heat

capacity

f

a

mater ial

s

the

energy

required

o

(A)

melt

I

kg

of the

nrater ial

with

no

change

of temperature

(B)

change

he

temperature

f

rhe

materialby I K

(C)

change

kg

of

the

iquid

nral"cr ial

to

I kg

of

gas

without

a

change

n

temperature

(Dt

change

he

emperarure

f

I

ks

of

rhe

mater ial

bv

I

K

22.

The

specif ic

atenr

heat

of vapor ization

f

water

s

theenergy

equired

o

change

kg

of water

at

(A)

0

"C

to

.stcanr

r

100

oC

(B)

99 .9

C

ro

s teanr

t

lO0. l

"C

(C)

100

C

to

srearn

t

100

oC

(D)

O

"C

to

ice

at

0

"C

23.

Which

of

the

fol lowing

starenrenrs

on-

27.

cerning

he

adiation

f

heat

s

rue,l , .

There

are

NO

attractive

brces

betweerr

he

nrolecules

n

a

(A)

l iqu id

andgas

(B)

so l id

and

a l iqu id

(Ct

l i c lu id

(D)

gas

In

a Brown ian

mot ion

expcr i r r r c - r r t

. i th

a

snrokc

el l ,

he

ast

andonr

nrotiorr

f

the

smokc

part ic les

hich

s

observecl

s

duc

tr

the

(A)

co l l i s ion

o f

snroke

par t ic lcs

wi t l r

a i r

mo lccu les

r r

hc

cc l l

(B)

bombardn tcn t

f

o r re

mokc

par t i_

cle by othersrnokeptr t ic les

(C)

regu la r

ib ra t ion

f thc

snrokc

ar_

t ic les

(D

co l l i s ion

f rhc

r r rokc

ar t ic le

vv i t l r

the wa l ls

o f the

conta iner

\\ 'h ich

of

the

ol lowing

s

rhc

corrc*

rela_

tion

between

he

wavelcngth

, ,

pcecl

, and

frequencyf

of a wave?

(A) )"=fu

( B t

J=

)

/L

;

Thc

sprcacl ing

f

a wavc

into

thc

rcsir .r r r

beh inc l

n

obs t ruc t ron

s

ca l led

(A)

c l i t ' f ' r i r c t ion

(tJ)

ref l 'act ion

(C

.supe

pos

tion

(D)

intcr f 'ercnce

25.

26.

I

L

I I .

Radiation

an

only

takeplace

n

a

mater ial

medium.

A good

absorber

.s

also

a goocl

emitter

of radiat ion.

Dark

dul l

surtaces

re

better

ln i t_

te rs

han

sh iny

ones .

I I I

on ly

I and

I

on ly

I and

I I

on ly

I I

and

I I

on ly

I I I .

( A )

(B)

(c)

(D)

(c)

( D )

,

= -

J l

t

U

21.

An electr ickett le ir l l of rvatcr s pluggccr

into

he

mains.

The

process

y

u

hich

hear

travels

hroLrgh

he rv,ater

s

(

A

)

e ec t

i f i ca t

o

n

(B)

evaporation

(C)

convec t ion

(D)

rad ia t ion

28.

0lll80l}/F2Cllr.t

GOONTOTHITNEff pActl

8/18/2019 cxc2004p1

6/11

li

- 6

32.

29.

Direction

of

ProPagation

4

Points

P,

Q

and

R

are

n

Phase'

Points

S

and

T

are

out

of

Phase'

The wavelength f the rvave s the

distance

PR.

I

on lY

I I

onlY

I

and

I

onlY

II

and

. l l

onlY

The

igure

above

hows

wavefront

about

o

reach-a

efl

ecting

surface

XY'

Which

o

t

hc -

fbl lowing

would

represent

he

rvavc-front

attcr

et-lection?

- \

/ ' \

, / \

" - -

]

Y

Displacement

I .

I I .

III.

(A)

(B)

(c)

(D)

Which

of

the

following

statements

abo.ut

the

wave

shown

in

the

diagram

above

s/

are

rue:

(A)

(B)

Y

X

Y

X

30.

Ifsoundsofdiffer ingfrequenciesareplayecl

on

a

piano,

n

which

of

the

ol lowing

cltar-

acter ist ics

ould

a

change

be

detectcd?

(A)

Loudness

(B)

SPeed

(C)

P i tch

(D)

Wave leng th

An

explosion

causes

he

emission

of

the

follow

ng

YPes

f

rad

ation'

I .

L igh t

I l .

Sound

IIL

Infra-red

Which

of

these

wi l l

be

received

irst

by

pcrsot)

ur tto

istatrcc

rvl l '?

(A)

I

and

I

on lY

(B)

I

and

II

onlY'

(C)

I I

and

l l

on lY

,?,

l ,

I I

and

I I

The

sharp

cclgcs

of

shadorvs

trg-scsl

lr i l

t igh t

(A)

has

a

wave

nature

(B)

is

a

torm

of

enc'rgY

(C)

tr lvels

in

straight

ines

(D)

t rave ls

erY

qLr ick lY

The

spccif ic

atent

heat

of

fusiot l

of \\ ' i l t

is

34OkJ

g'r .

This

r leans

hlnvhcn

lt)

kg

o

water

lrcczes

(A)

34

kJ

of

hcat

s

absot'Lrccl

(B)

3' t

kJ

of

heat

s

given

ottt

ic l

3

400

kJ

of

hcat

s

absorbed

(D)

3

400

kJ

of

hcat

s

gtvcn

ot- tt

\ - . _ -

-

a ?

Y

Y

X

c)

(D)

33:

3 1 .

3.1.

01238010/t'2@+

COONTOTFIENE,XTPA

8/18/2019 cxc2004p1

7/11

'

I I

?

- 7

37.

5.

The diagram above

shows

a ray of

white

light

being

dispersed

y a

prism

to

fornr

a

visible

spectrum.

Which

of the ol l owing

makes his

possible.

(A)

The colour v iolct

has hc

shorter

wavelength,

ence

efracts

rorc

than

colour

ed.

(B)

Thecolour

edhas

he ongerwave-

length,hence efractsmorc than

co lour

io le t .

(C)

The colour v iolet

has he longer

wavelength,

ence

eliacts

morc

than o lour red .

(

D)

The colour etl

has hc

shortcrwave-

Iength, encc

efracts

morc than

co lour

v io le t .

, -

36.

Which

of the fol lorving

statemenrs

ould

be true

of

the image

of an objectplacecl

t

the bottom of a tank of waterand viewcd

vert ical ly

rom above?

I .

I t i s

v i r tua l .

I I .

I t i s d imin ished.

I I I .

I t is

nearer

o the

ele than

thc

object.

(A)

IV on ly

( B )

I a n d I

o n l y

(C)

I and

I I

on ly

(D) I I and I I on ly

The

abovediagram

epresents

thin con-

verg ing

ens ,L ,

r v i th

a

pr inc ipa l

x is

GL.

FL is

the bcal ength

of thc ens

ancl

GIr

=

FL. Whe

c

shouldanobject

beplaced

oas

to prodLrce vir tual

nrasnif lecl

rntsc' l

( A )

A t G

(B)

To the e f t

o f G

(C) Bc twccnF and G

(D)

Bc twecn

and

F

Whiclr

of thc bl lorving vor"r ld

e nre

oI thc

irnage ir r r r recl

y the lcns

of a

carrrcra'J

3rJ.

I .

i l .

I I I .

I V .

I i i s

v i r t t ra l .

l t i s

r ca l .

l t i s

d i rn in ished.

l t i s

upr igh t

(A) I o r r ly

( lJ )

I I i ind

I i on ly

(C)

I and

V

on ly

( D)

l V o n l y

32 .

A.g lass od is

n rbbed

wi th

a p iccc -

f

s i l k

andbeconre.sosit ively

hargcd.

Thc

glass

rod

bccarnc har-tcd

y

(A)

ga in ing

pro tons

(B) los ing ro tons

(C)

ga i r t ing

lec t rons

(D)

losin_*- . le

trons

012380

)/F2aA

CO ON TO'TFIE NIJX| P.\C I.,

8/18/2019 cxc2004p1

8/11

'

f

40.

Which

of

the

following

diagrams

epre-

sents

he

electric

ield

exist ing

etween

two

oppositely

harged

oint

charges'?

(A)

+

(B)

+

- 8

42.

43 .

dissipated

n a

rcsistor ' l

(A)

P

=

I:R

2

R

(D)

+ a

( B ) P =

n

'

. ' '

2

. .

v f (

41.

(A)

( B )

(c)

90"

s l n

c

s in

90"

s i n

c

Swi tches

Circtr i t

brcakers

l jLrscs

I

o n l y

I I I

on ly

I I

and

I I

on lY

I ,

I I

and

I I I

GOONTOTHtrNEXT

PACE

.t5.

I l r ,

(A)

( B )

I l

c)

I .

I I .

r i t .

( A )

( B )

(c)

( D )

1 \

Current

The

graph

above

shows

the

alternating

urrent

wi th

t ime.

f,requencyf thiscurrent s

(D)

l/ l

I

ver ia t ion

f

Thc

r

l lue

4{.

Which

of

the

fol lowin'g

could

NOT

be

a

unit

o f

current 'J

(A) w

v' l

(B)

v

f) 'r

(C)

C s' '

( D ) C s

W h i c h

o f

t h e

f o l l o w ' i n g

e c l u a t t o n s

CANNOT

be

ttsed

o

detennine

he

powe

( B )

P =

V

( C )

P = V I

The

rc f rac t ive

index

of

a

t ransp l t r cn t

r r r cc l i t r t r t

i th

a c r i t i ca l

ang lc ,

' .

lb r

I ig l t t

t rave l l ing

ro tn

hc

t t tcd i t rn r

o

i t i

i s

( D )

s i n

c

In

domest ic

ns ta l la t ion

)

s te rns ,

h ich

r f

the

fo l lo rv ing

hoLr ld

e

p laced

n

thc

i rc

w' irc ' l

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46.

- 9

In

which

of

the fol lowing

diagramsare 48.

resistors and

Q

in

ser ies

wi th

each

other

and

paral lel

with R?

(A)

When

a arge urrent asses

hrou$h fuse,

which

of

the fbl lowing

is

the

sequence f

even ts?

A

s imp le xper iment as

condnc ted s ing

the

circuit diagrams

shorvn

abovc.. Tlrc

salne

onrponclUs

cre

usecl nd lre

bLr l tr

was

it tc l

normalbr iglr tncs.sn eacltcase.

Which

o f the b l lowings t r r tcn ren tsou lc l

bc corrcct?

(B)

ffi

a

(c)

(D)

Wire

gets

hot

-+

wire

melts

->

current s

cut

of f

Wire gets

hot

-+

current

s cut

of f

-+

wire

mel ts

Wire

nrelts

+

currcnt

s cLrt

l ' l ' ->

rvire

-9ets

ot

Wire

melts

+

rvire

gets

hot

-+

current

s

cut

ol ' f

The bulb s def 'ect ivc.

Thc

bat tc ry s dc lcc t i r

.

The

diodc s clc l l 'c t iv 'c.

I

o n l y

I I I

o n l y

I and I on l l '

I I a n d

I I o n l y

sral

itational

elcctrostatic

rnagnetlc

cc-ntnpctal

COONTOTI-lti

N :XT Pr\Cit

I I .

I I I .

( A )

( B )

(c)

(D)

47:

(A)

(B)

(c)

(D)

49.

T*o

l i - sh t , lunr in iunr

phcres

anc lB a rc

suspcndcd

y insr-r lat in-9hreacls. i thcl

conre o

rcs t

as

sho*n in

the c l iagram.hc

lo re kccp in_e ,

hcn l pLr rLs

( A )

( B t

( c )

( D )

0 2380

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. t '

-

t 0 -

5 1 .

The

diagraltts

belorv

show

thc

nlalgnt'tlc

I ' ie ld

ines

Plotted

Y

a

student'

0.

Which

of

the

circuits

below

could

prodr ' tce

the

race

on

the

osci l loscope

crecn

ltown

in

the

diagram

above

when

tlie

ends

of

the

resistor

are

connected

o

the

Y

plates'?

(A)

u

(B)

(D)

;

(c)

III

( A r

( B )

( c )

(D)

c.R.o

Wli ich

of ' thc

to l l t r rv ing

i ' I rc

orrect

JK-

}F

I

and

l

o t t l l '

I and

l l

on lY '

I l

a n d

l l

o r r l l '

I .

I I a r r t l

I I

C.R.O

C.R.O

C.R.O

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8/18/2019 cxc2004p1

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'

f

s2.

Which of

the

fol lowing

statements

bout

alternatins

urrent s true?

( A )

I t

can be changed nto

directcur-

rent by a transformer.

(B)

It canbe

recti f ied

y

usinga semi-

conductor iode.

(C)

It

canbe used

o recharge bat tery.

(D)

I t

is used to transnti t

electr ical

energy

because f i ts high

fre-

quency.

A

rvire

carrying

a cUITL-ntr t a m agnetic

f ic ld

may

exper ience

force.

Which

o[the

fbl lowing

dcvices

does NOT

dependon

this fbrce?

(A)

Loudspeaker

(B)

Electr ic

motor

(C)

Mov ing

co i l

ga lvanonrc tc r

(D)

[ i lectromagnct

to thc

fbl lowing

diagram.

The

parts abel led

X in the

known

as hcr

diagram are

l t -

55.- The

RLrthcrfbrcl

odeiof

theatonr

uggests

thatanatom

consists f

a

(A)

sol idntass f

protons ndelectrons

(B)

nucleus

f

protons nly

vith

rbit ing

elcctrons

(C) nucleus f equal umbersf ncutrons

andelectrons

vith

rbit ins

roton\

(D)

nucleus

f

protons

ncl etttrons

w' i th

rbit inselcctrons

56. Thenunrberof

eutrons

rr lsentn hcnuclcus

o f the

nuc l idc

r :Rnx6

is

(A)

ti6

(E)

116

(c)

222

(D)

30E

57

Which

of hc bl lowing sNOT al ' fcctedyan

el r 'c t r tc tc ' l r l

(A )

r \ l p l r r l p ; 11 ' 11 . 1 "

(U )

Bc t apa r t i c l c

(C)

Ncr-rtron

(

D) E,lcctron

W

h

c r

o

thc tb

ow

n

s

sc c'n stsd sc 'r c

c

cl

radiurn'l

53.

58.

59.

(A )

( B )

(c)

(D)

Maric

Curic

IsaacNervton

Albrcr-trinstein

J .J .Thor r rpson

5j,-

Which

l ' thc

ol lorvir rg

ANNOT.bc

cflcctcd

by

a r lagrretic' ic ld ' l

(A)

Alplrapart ic les

tBt

Bc t lp i l r t i c les

(C)

Canrrna

ay's

(D)

Electrons

Wh

i c h o

I

the fol I

ow

i n-u c c'

n sts'ulott l

vo

u

associatc,uvithuclcur r rcrgl"?

( A )

( B )

(c)

( D )

brushcs

commLl ta to r

armaturc

co i l

60.

(A

)

-l-hontpson

(

B

Bolrr

(C)

Clradw' ick

(D)

E ins ten

Itcm 54

refers