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CONTENT
PAGE
1. TEST SPECIFICATION TABLE
2
2. ANALYSIS SPM PHYSICS QUESTIONS 2003-2006
3
3. SPM PHYSICS CHECK LIST
7
4. LAWS AND PRINCIPLES
8
5. GRAPHS
9
6. PHYSICS TERMINOLOGIES FOR PAPERS 2 AND 3
10
7. KEY WORDS IN EXAMINATION QUESTIONS
13
8. PRECAUTIONARY STEPS FOR INVESTIGATIVE
EXPERIMENTS
15
9. TIPS FOR PAPER 2
16
10. ANSWER FORMAT FOR PAPER 3B [12 MARKS]
20
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11. SOALAN SPM 2006 (KERTAS 2)
21
12. SOALAN KERTAS 3 SPM 2006
32
13. MARKING SCHEME SPM 2006 PAPER 2
45
14. MARKING SCHEME SPM 2006 PAPER 3
55
15. SAMPLE SCRIPT PHYSICS PAPER 2
64
16. SAMPLE SCRIPT PHYSICS PAPER 3
91
17. SAMPLE SET OF PRAKTIS BESTARI
LAWSAND
PRINCIP
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LES
Law or principle Physical quantity Relationship A
1 Newtons first law of motion
2 Newtons second law of motion
3 Newtons third law of motion
4Principle of conservation ofmomentum
5 Kinetic theory of mater
6 Hookes law
7 Pascals principle
8 Archimedes principle
9 Bernoullis principle
10 Boyles law
11 Pressure law
12 Charless law
13 Universal gas law
14Principle of conservation ofenergy
15Einsteins energy-massrelationship
16 Snells law
17Principle of superposition ofwave
18 Ohms law
19 Faradays law
20 Lenz law
SPM PHYSICS
CHECK LIST
PHYSICAL QUANTITY /CHARACTERISTIC
FACTORS WHICH AFFECT IT
1 Frequency of inertia balance
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2 Magnitude of impulsive force
3 Acceleration of a rocket
4 Stiffness of a spring
5 Extension of a spring
6 Surface tension of a l iquid
7 Pressure in a liquid
8 Up thrust
9 Sensitivity of a thermometer
10 Rise of temperature of an object when heated
11 Rate of evaporation
12 Rate of boiling
13 Power of a lens
14 Characteristics of image formed by concave mirror
15 Characteristics of image formed by convex mirror
16 Cri tical angle
17 Magnifying power of an astronomical telescope
18 Speed of water waves in a ripple tank
19 Frequency of water waves
20 Wavelength of water waves
21 Diffraction of waves through a slit
22 Separation between adjacent bright fringes
23 Loudness of sound
24 Pitch of sound
25 Number of images in a diffraction pattern
26 Pattern of electric field
27 Resistance of a metal conductor
28 Potential difference across resistors in series
29 Current for resistors in parallel
30 Magnetic field pattern due to electric current
31 Magnetic field strength (solenoid)
32 Magnitude of magnetic force
33 Speed of rotation of an electric motor
34 Magnitude of induced e.m.f.
35 Magnitude of induced current
36 Direction of induced current
37 Output voltage of a transformer38 Lost of electric power through a cable
39 Output voltage of d.c. and a.c. generator
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PHYSICS TERMINOLOGIES FOR PAPERS 2 AND 3
No. TERM VALUE MEANING
1 AccelerationLow / small Slow increase of velocity
High / big Fast increase of velocity
2 DensityLow / small Lighter / less compact
High / large Heavier / more compact
3 Force constantSmall Spring is soft / easy to stretch
Large / big Spring is stiff / difficult to stretch
4Specific HeatCapacity
Low / small
Easily heated up , short time to heat
Need less heat to raise temperature
High / large
More difficult to heat up, takes morheat up
Need more heat to raise temperatur
more fuel
5 Specific Latent Heat
Low / small
Need less heat to melt / vaporise
Time to melt / vaporise is shorter
High / large
Need more heat to melt / vaporise
Time to melt / vaporise is longer
6
Melting point /
Freezing point
Low
Melts at low temperature / Freezes
temperature.
Starts melting earlier / Starts freezi
High
Melts at higher temperature / Free
higher temperature.
Starts melting latter / Starts freezin
No. TERM VALUE MEANING
7 Boiling point
Low
Starts boiling at lower tempera
Starts boiling earlier
Slower to begin condensatio
HighStarts boiling at higher temperatu
boiling latter Faster to begin conde
Low / small Substance that refracts light l
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8 Refractive index High / large Substance that refracts light m
9 Critical angleSmall Easier for total internal reflection
Large / big Difficult for total internal reflection
10 Power (of a lens)Low Large / long focal length Refract li
High Short focal length Refract light
11 Focal length Short Higher powerLarge / long Lower power
12Frequency (of
electromagnet wave)High
Short wavelength
High penetration power
13Wavelength (for
electromagnet wave)Long / large
Low frequency
Low penetration power
14 Frequency (sound) High
High pitch
Short wavelength
Spreads out less
15 Resistivity
Low / smallHaving lower resistance compared
of the same thickness and leng
High / largeHaving higher resistance compared
of the same thickness and leng
16 e.m.f. of cell Large / bigSupply a larger current through th
resistance.
17Power (of electrical
device)High / large Uses more energy per secon
18
Voltage (working
voltage ofelectricaldevice)
High Needs a smaller current to produceamount of power.
No TERM VALUE MEANING
19
Range
(of an ammeter)
Big
Can measure large current
Usually has a lower sensitivity
20
Range
(of a voltmeter)
Big
Can measure higher voltage
Usually has a lower sensitivity
Short
Decays faster
Reactivity decreases faster
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21 Half-life
Long
Decays slowly
Reactivity decreases slowly
Radioactivity lasts longer
22 RigidityLow Changes shape easily when acted upon by
external force
HighDoes not change shape easily when acted
upon by external force
23 Strength
LowBreaks easily / breaks under small external
force
HighDifficult to break / Needs a large force to
break
24 Surface tensionLow Wet a surface (glass) easily
High Does not wet a surface easily
25 Rate of rusting
Low Does not rust easily / quickly
High Rust easily / quickly
KEY WORDS IN EXAMINATION QUESTIONS
No. Key word Expected response
1. EstimateGive a quantitative value based on calculation or reasoning.
2. WhatGive required / specific information
3. How
Describe / give explanation / method /condition / steps
concerning an event
4. CompareGive similarity and difference between two things
5.How much/
what is the value
Give a quantitative answer
6. Differentiate
Give the difference / contrast between two or more things /
events
7. When State the time or period
8. ConstructDraw diagram / one that uses geometrical method / tools
9. DiscussGive views from various aspects
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10. Prove
Show truth using mathematical method / exampels / facts of
physics
11. SuggestGive an idea / opinion
12. Find Give an answer without calculation / with simple calculation
13. CalculateGive answer through calculation
14. DescribeTo tell about something (story like) in detail and systematica
15. TabulateArrange things/data according to specified aspects.
16 Explain
Give method/reason about something in order that it is easily
understood.
17. Classify Separate into a few groups according to fixed characteristics
18. IdentifyPick out or determine something based on facts/descriptions
given.
19. SketchDraw diagram/picture/graph (not according to scale)
No. Key word Expected response
21. Draw
Make figure such as chart/diagram/graph /shape using
instruments according to scale and in detail
22. WhyGive reason
23. NameGive name/terminology for something such as
component/process/instrument
24. StateGive facts without explanation /support
25. PredictGive/state forecast for something based on facts
27. ListState facts/statements in point form.
28. ArrangePlace according to fixed order
30. DefineGive definition for the term given
31. DetermineFind answer base on process/reasoning
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32. Illustrate
Give facts with support such as diagrams/reasons/explanati
make clear an idea.
PRECAUTIONARY STEPS FOR INVESTIGATIVEEXPERIMENTS:
No. Type of experiment
involving
Precautions that can be taken
1 Light a. Experiment must be carried out in darkene
room.
b. Lens, screen and object must be in line
c. Avoid parallax error by placing the eye suc
that the line of view is perpendicular to the
scale of the ruler.2 Spring a. make sure the spring is not loaded beyond
elastic limit. (spring return to original leng
when load is taken off).
b. Avoid parallax error by placing the eye suc
that the line of view is perpendicular to the
scale of the ruler.
3 Electric a. All connections must be secure/tight.
b. Off the switch after readings are taken to
prevent wires from heating up (resistance
increase)c. Avoid parallax error by placing the eye suc
that the line of view is perpendicular to the
scale of the ammeter/ voltmeter.
4. Heat a. Liquid must be stirred constantly so that
temperature rises evenly.
b. Alluminium block must be wrapped with
insulating material to prevent heat lost.
c. Thermometer bulb should be smeared with
to give better thermal contact with the bloc
d. Avoid parallax error by placing the eye suc
that the line of view is perpendicular to thescale of the thermometer.
5 Measuring instruments
such as ammeter,
voltmeter, metre rule ...
a. Avoid parallax error by placing the eye suc
that the line of view is perpendicular to the
scale read.
b. Take into account zero error of instrument
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* [Student can give more than one answer for this question.
No penalty for the answer which is unsuitable]Calon boleh memberikan jawapan lebih dari 1. Tiada
markah dipotong jika satu jawapan yang diberi salah dan
yang lainnya betul.
* unacceptable answer : Avoid parallax error. [withoutexplanation]
Jawapan tidak diterima : Elak ralat paralaks [tiada penjelasan]
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1. Be able to interpret diagrams, photographs, tables and
graphs to relate to physics concepts or principles.Analisis rajah, gambar foto, jadual dan graf untuk dikaitkan
dengan konsep dan prinsip Fizik yang berkaitan.
2. Give short and concise answer .
Nyatakan jawapan yang ringkas dan tepat.
3. Underline keywords such what , how etc.Gariskan kata tugas dalam setiap soalan seperti Apakah, Bagaimanakah dll.
4. Underline the important information given in a questions.Gariskan maklumat penting yang diberi dalam setiap soalan.
5. Methods to solve calculation problems.Kaedah untuk menyelesaikan masalah pengiraan.
- State the formula ( tulis rumus fizik yang berkaitan )
- Substitute the value for each quantity ( Gantikan nilai untuk setiapkuantiti )
- Answer with the correct unit.( tulis jawapan dan unitnya yang betul)
6. Pay attention to the marks allocated. The marks
usually indicates the number of points required.Beri perhatian kepada markah yang diperuntukkan untuk setiap
soalan. Jumlah markah menunjukkan bilangan fakta jawapan yang
diperlukan.
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1. To answer the question of definition of the terms,
concepts, principles or Physics law need to state in
sentences. The answer in form of formula is not
acceptable.Maksud bagi mana-mana istilah, konsep , prinsip atau hukum
Fizik perlu dinyatakan dalam bentuk ayat. Jawapan berbentuk
rumus tidak diterima.
2. To answer the questions of comparison, state the
similarities and differences between the given
diagrams .Untuk menjawab soalan Perbandingan, jawapan mesti
merangkumi persamaan dan perbezaan dari rajah-rajah yang
diberi.
3. Use diagrams or graphs whenever necessary to make the points
clearer.Rajah atau graf boleh disertakan untuk menjelaskan lagi jawapan..
4. Pay attention to the marks allocated. The marksusually indicates the number of points required.Beri perhatian kepada markah yang diperuntukkan untuk setiap
soalan. Jumlah markah menunjukkan bilangan fakta jawapan yang
diperlukan.
5. Answer in table form for suggested modifications. e.gBagi menjawab soalan cadangan pengubahsuaian, jawapan perlu dijadualkan.
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Suggested modificationsCadangan pengubahsuian
ExplanationPenerangan
. ..
SectionC
(Essay)
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1. To answer question explain the suitability of each
characteristics and determine the most suitable . .,
detect 4 different characteristics from the given
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diagrams or table . The answer must be in table form.
Bagi menjawab soalan Terangkan kesesuian setiap ciri dan pilih
yang paling sesuai ... kenalpasti 4 ciri yang berbeza daripada
rajah atau jadual yang diberi.
Jawapan perlu dalam bentuk jadual.
Characteristic Explanation
.. is chosen because of .(repeat all the
characteristic)
Soalan Kertas 3 A Soalan 2
1. Question based on graph, conseptual or analysing the graph.Soalan berhubung graf. Sama ada mengkonsepsi atau menganalisis
graf yang diberi.
2. Understanding the meaning for various shapes of
graphs and their characteristics based on y-axis and x-
axis.
Perlu menguasai maksud berbagai bentuk graf dan ciri-
ciri pada graf merujuk paksi-x dan paksi-y .
The examples of graph for question 2
Contoh graf soalan 2
The meaning of graphs gradient based on graph shape
and axis (refer to a suitable formula)
Maksud kecerunan merujuk bentuk
graf dan kuantiti p-x dan p-y (rujuk
formula yang sesuai)
v/ms-1
/0C
t/s
t/min
Gradient : acceleration Gradient : The rate of change of
temperature
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Kecerunan : Pecutan Kecerunan : Kadar perubahan suhu
F/N F/N
a/ms-2
m/kg Gradient : mass
Gradient : acceleration
Kecerunan : jisim
Kecerunan : Pecutan
3. Draw a smooth extrapolation line if you are asked to do so.
Lukiskan dengan jelas garisan ekstrapolasi pada graf jika perlu.
4. Draw a large triangle to calculate the
gradient (4 x 3 larger square) The
triangle should be on tangent line for
curve graph.
Lukiskan segitiga yang besar pada graf untuk kiraan kecerunan graf.
(4 x 3 petak besar). Pastikan segitiga pada garis tangen jika graf
melengkung.
5. The relationship between responding variable and manipulated
variable.
y y y
x
yis
li
ne
ar
ly
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x
If
c
1
m
m
f
r
om
or
i
g
i
n
(0
,
0)
y is increases linearly to xJika c 1 mm dari (0,0)
y bertambah secara linear dengan x
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y
is
lin
e
arly
x
c
y is inverselyx
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proportional to x
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proportional to x
proportional to x
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1.
1. Set up the apparatus as shown in the figure.
2. Turn on the switch and adjust the rheostat so that the ammeter reads the
2.0
If c 1 mm from origin (0,0) y is increases linearly to xJika c 1 mm dari (0,0)
y bertambah secara linear dengan x
ANSWER FORMAT FOR PAPER 3B [12 MARKS]
(a) Inference
Ma n ip u la ted v a ria b le influenced the respondi n g v a r iab le
0r
Resp o n di n g va riable depends on manipulat e d v a riable
or
Responding variable is influence by manipulated variable
(b) HypothesisThe higher/larger/bigger the m an ipu lated v a ri a b le, the higher/smaller th e respo nd in g
variable
(c) Aim To determine the relationship between ma nipu lated v a r iab le and resp on d ing varia b le
(d) Variables
(i) manipulated variable :
(ii) responding variable :
(iii) fixed variable : only one fixed variable
*[ give all the variable that can be measured].
Apparatus +
diagram
Method : 1. Start the experiment with ma n ip u la ted v a ria b le = .unit (practicalvalue)
2 T h e respo nd ing v a ria b le is measured 3 Repeat the experiment 4 times for m an ipu lated v a ri a b le
, , and
Tabulation of :
data manipulated variable responding variable
Fill in the
values of
manipulated blankvariable
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Analysis of :
data
State : Sketch a graph of re sp o n di n g v a r iab le against m an ipu lated v a r iab le
AND sketch a graph:
Responding variable
Ma n ip u la ted
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GRAPHS
Quantities which are directlyproportional
ConditionQuantities which are inverselyproportional
Condition
Momentum Velocity Constant mass Acceleration Mass Constant force
Acceleration ForceConstant mass Impulsive force Time of collision Constant
momentum
Potential energy Height Constant mass Density Volume Constant mass
Force Extension Elastic limit Pressure Area
Liquid pressure DepthSame liquid Gas pressure Volume Mass, Tempera
constant
Liquid pressure Density of liquid Same depth sin c Refractive index
Up thrustVolume of displacedliquid
Power of lens Focal length
Rise of temperature Heat absorbed Constant mass Frequency Period
Gas pressure Absolute temperature Wavelength Frequency
Volume Absolute temperature Fringe separation Source separation
sin i sin rResistance Area of cross-
section
Wave velocity Wavelength
Fringe separation Wavelength
Fringe separation Double slit separation
Potential difference Current
Resistance Length of wire
TEST
SPEC
IFIC
ATIO
N
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TABL
E
No. SUBJECT PAPER 1 (4531/1) PAPER 2 (4531/2 PAPER 3 (4531/3)
1 Types of instrument Multiple choice questions Subjective Test Written Practical
2 Types of items Objective: Multiple Choice Subjective items:
Section A:
Sturctured items
Section B:
Limited response items
and open response items
Section C:
Limited response items
and open response items
Subjective items:
Section A:Structured items
Section B:
Open response items
3 Number of questions 50 ( Answer all ) Section A:
8 (answer all)
Section B:
2 (Choose one)
Section C:
2(Choose one)
Section A:
2(Choose one)
Section B:
2(Choose one)
4 Total marks 50 100 40
5 Test duration 1 hr 15 minutes 2 hr 30 minutes 1 hr 30 minutes
6 Construct weightage Knowledge: 28 %
Understanding: 40 %
Application : 32 %
Knowledge: 11%
Understanding: 16%Application 18%
Problem solving: 22%
(Quantitative, Qualitative)
Conceptualisation
Decision making: 17%
Decision making : 100%
(Experiment)
7Sample item based on
Refer to sample instrument
Paper 4531/1 and
attachment 1
Refer to sample instrument
Paper 4531/2 and
attachment 2
Refer to sample instrument
Paper 4531/3 and
attachment 3
8 Marking Dichotomous
Mark 1 or 0
Analytical method of markingbased on scoring rubric.
Analytical method of markingbased on scoring rubric.
9 Scope of ContextAssessment is made for allconstructs within field ofstudies
Assessment is made for allconstructs within field of studies
Assessment is made for allconstructs within field of studies
10
11
Difficulty level L M H L M H L M H
Low : L
Medium: M
High : H
60% 24% 16% 38% 35% 27% 50% 30% 20%
Overall
L : M : H = 5 : 3 : 2
Additional accessory Scientific calculator Scientific calculator Scientific calculator, Protractor
ruler 30 cm, Compass
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