analisis trial

8/8/2019 Analisis Trial

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ANALISIS SOALAN PERCUBAAN SPM 2010 NEGERI

SBP KELANTAN JOHOR PAHANG TERENGG

P1 P2 P3 P1 P2 P3 P1 P2 P3 P1 P2 P3 P1 P2

A B C A B A B C A B A B C A B A B C A B A B C

INTRODUCTION TO PHYSICS

1.1 Physics

1.4 Measurements

1.5 Scientific investigations

FORCES AND MOTIONS

2.1 Linear motion

2.2 Motion graphs

2.3 Inertia

2.4 Momentum2.5 The effects of a force

2.8 Gravity

2.9 Forces in equilibrium

2.12 Elasticity

FORCES AND PRESSURE

3.1 Pressure

3.2 Pressure in liquids

3.4 Pascals principle

3.5 Archimedes principle Q3

3.6 Bernoullis Principle

HEAT

4.1 Thermal equilibrium4.2 Specific heat capacity

4.3 Specific latent heat

1.2 Base quantities andderived quantities

1.3 Scalar and vector

2.6 Impulse and impulsive

2.7 Being aware of the needfor safety features in vehicles

2.10 Work, energy, power andefficiency

2.11 Appreciating theimportance of maximizing the

3.3 Gas pressure andatmospheric pressure


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4.5 The gas laws Q3

LIGHT

5. 1 Reflection of light5.2 Refraction of light Q3

5.3 Total Internal reflection5.4 Lenses

WAVES6.1 Waves6.2 Reflection of waves

6.3 Refraction of waves

6.4 Diffraction of waves

6.5 Interference of waves Q4

6.6 Sound waves

6.7 Electromagnetic waves

ELECTRICITY

Q4

7.3 Series and parallel circuits

ELECTROMAGNETISM

8.3 Electromagnetic induction.

8.4 Transformer

ELECTRONICS

(C. R. O)

9.2 Semiconductor diodes

9.3 Transistors

9.4 Logic gates

7.1 Electric fields and charge

7.2 The relationship betweenelectric current and potentialdifference

7.4 Electromotive force andinternal resistance

7.5 Electrical energy and

8.1 The magnetic effect oncurrent-carrying conductor

8.2 The force on a current

carrying conductor ina

8.5 The generation and atransmission of a electricity

9.1 The Uses of the CathodeRay Oscilloscope


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RADIOACTIVITY

10.1 The nucleus of an atom

10.2 Radioactive decay

10.3 The uses of radioisotopes

10.4 Nuclear energy

10.5 The importance of proper

management of radioactivesubstances


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NU PERLIS NEGERI SEMBILAN SABAH MELAKA SELANGOR

P3 P1 P2 P3 P1 P2 P3 P1 P2 P3 P1 P2 P3 P1 P2 P3

A B A B C A B A B C A B A B C A B A B C A B A B C A B

Q3


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Q3 Q3

Q4 Q3

Q4 Q4

Q4


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SIS SOALAN PERCUBAAN SPM 2010 NEGERI (PA

CHAPTER

SBP KELTN JHR PHG TERG PERLIS NS SBH MEL SLGR PERAK KEDAH EN

P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P

A B A B A B A B A B A B A B A B A B A B A B A B A


1.1 Physics

1.3 Scalar and vector quantities

1.4 Measurements

1.5 Scientific investigationsFORCES AND MOTIONS

2.1 Linear motion Q1

2.2 Motion graphs

2.3 Inertia

2.4 Momentum2.5 The effects of a force

2.6 Impulse and impulsive force

2.8 Gravity

2.9 Forces in equilibrium

2.12 ElasticityFORCES AND PRESSURE

3.1 Pressure

3.2 Pressure in liquids Q2 Q3

Q2

3.4 Pascals principle

3.5 Archimedes principle Q3

3.6 Bernoullis Principle

HEAT

4.1 Thermal equilibrium

4.2 Specific heat capacity Q3 Q4

4.3 Specific latent heat

4.5 The gas laws Q3 Q3 Q3

1.2 Base quantities and derived

2.7 Being aware of the need forsafety features in vehicles

2.10 Work, energy, power andefficiency

2.11 Appreciating the importance ofmaximizing the efficiency of devices

3.3 Gas pressure and atmosphericpressure


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5.3 Total Internal reflection5.4 Lenses Q1 Q1 Q1

WAVES

6.1 Waves

6.2 Reflection of waves

6.3 Refraction of waves

6.4 Diffraction of waves6.5 Interference of waves Q4 Q2 Q4 Q3

6.6 Sound waves

6.7 Electromagnetic wavesELECTRICITY

7.1 Electric fields and charge flow

Q4 Q2 Q4 Q2 Q4


7.5 Electrical energy and power

ELECTROMAGNETISM

8.3 Electromagnetic induction. Q4

8.4 Transformer

ELECTRONICS

(C. R. O) Q1

9.2 Semiconductor diodes

9.3 Transistors

9.4 Logic gates

RADIOACTIVITY

10.1 The nucleus of an atom10.2 Radioactive decay

10.3 The uses of radioisotopes

10.4 Nuclear energy


7.4 Electromotive force and internalresistance

8.1 The magnetic effect on current-carrying conductor

8.2 The force on a current carryingconductor ina magnetic field


9.1 The Uses of the Cathode RayOscilloscope

10 5 The importance of proper


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ANALISIS SOALAN PERCUBAAN SPM 2010 NEGERI

SBP KELTN JHR PHG TRGN PERLIS NS

P2 P2 P2 P2 P2 P2 P2

A B C A B C A B C A B C A B C A B C A B


1.1 Physics

1.3 Scalar and vector quantities

1.4 Measurements Q1 Q1

1.5 Scientific investigations

FORCES AND MOTIONS

2.1 Linear motion Q1

2.2 Motion graphs

2.3 Inertia Q5

2.4 Momentum Q1 Q11 Q2

2.5 The effects of a force

2.6 Impulse and impulsive force 9a Q2

2.8 Gravity

2.9 Forces in equilibrium Q4 9b Q3

2.12 Elasticity Q7

FORCES AND PRESSURE

3.1 Pressure

3.2 Pressure in liquids Q2 Q5

Q5

3.4 Pascals principle9b 9c Q9

3.5 Archimedes principle 9a Q11

3.6 Bernoullis Principle Q2 Q8 Q9

HEAT

4 1 Thermal equilibrium Q1

1.2 Base quantities and derivedquantities

2.7 Being aware of the need forsafety features in vehicles

2.10 Work, energy, power and

efficiency2.11 Appreciating the importanceof maximizing the efficiency ofdevices

3.3 Gas pressure and atmosphericpressure


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WAVES

6.1 Waves Q8

6.2 Reflection of waves Q10

6.3 Refraction of waves Q12 Q3

6.4 Diffraction of waves

6.5 Interference of waves Q6 Q6 Q106.6 Sound waves Q4

6.7 Electromagnetic waves Q8

ELECTRICITY

7.1 Electric fields and charge flowQ4

Q6 Q10 Q6


7.5 Electrical energy and power

ELECTROMAGNETISM

Q6 10a

8.3 Electromagnetic induction. Q7 Q2

8.4 Transformer Q12 10d Q12

ELECTRONICS

9.1(C. R. O) Q5 Q12 Q4 Q10

9.2 Semiconductor diodes 10a Q12 Q12

9.3 Transistors 10b Q4 Q10

9.4 Logic gates

RADIOACTIVITY

10.1 The nucleus of an atom

10.2 Radioactive decay Q8 Q7 Q7

10.3 The uses of radioisotopes Q8 Q7

10.4 Nuclear energy


7.4 Electromotive force andinternal resistance

8.1 The magnetic effect oncurrent-carrying conductor

8.2 The force on a current carryingconductor ina magnetic field


Q8

10d

10.5 The importance of proper


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A SEL PERAK KEDAH PENANG SRWK

P2 P2 P2 P2 P2

C A B C A B C A B C A B C A B C


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analisis trial

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