Physics Paper 3

Section A

[28 marks] Answer all questions in this section.

YEAR QUESTIONS 1 QUESTION 2

2003

Chapter 2(F4):

Inertia: Period vs Mass

(Stopwatch)

Chapter 2(F5):

E.m.f Voltage vs Current

2004

Chapter 2(F4):

Hooke Law:

Length vs Mass (Spring- ruler)

Chapter 4(F4):

Heat:

Change of temperature vs mass

2005

Chapter 2(F4):

Ticker Tape: Velocity vs length of compression

(Ticker tape-Ruler)

Chapter 2(F5):

Resistance: Resistance vs Diameter

2006

Chapter 4:

Charles' Law:

Volume (length) vs Temperature (Ruler)

Chapter 2(F5):

Filament of Bulb: Potential Difference vs current

2007

Chapter 2(F5):

Resistance: Resistance vs Length

(Voltmeter)

Chapter 2(F4):

Hooke's law: Length vs mass

2008

Chapter 1:

Period of oscillation vs Length (Stopwatch)

Chapter 2(F4):

Acceleration: Acceleration vs height

2009

Chapter 3(F4):

Volume of water displace:

Volume vs Mass (Measuring Cylinder)

Chapter 1(F5):

Interference:

a (Separation of 2 coherent source) vs x (distance between 2 consecutive fringe)

2010 Chapter 1(F4):

Vernier calipers: Length of Coil vs Number of Turn of

Coil (Vernier calipers)

Chapter 1(F5):

Interference: x (distance between 2 consecutive

fringe) vs D (Distance Form Coherent Source to where The x Being Measure)

2011 Chapter 3(F4):

Archimedes' principle: Buoyant force vs Volume

(Spring Balance)

Chapter 4(F4):

Pressure Law: Pressure vs Temperature

2012 Chapter 1(F5):

Interference: a (Separation of 2 slits) vs x

(distance between 2 consecutive fringe)

(Ruler)

Chapter 1(F5):

Archimedes' principle: Weight loss, W vs Volume of water

displaced.

2013 Chapter 1(F4):

Micrometer screw gauge: Number of coin vs Thickness (Micrometer screw gauge)

Chapter 5(F4):

Refraction of light: Angle of incidence vs Angle of

refraction.

2014

(fokuskan)

Chapter 4/5(F4):

Refraction of Light

• Protractor ?

Chapter 2/4/5(F5):

E.m.f

Potential Difference vs Current

Heat:

Change of Temperature,𝜃 vs Mass, m

• Thermometer ?

Transistor: Collector Current, Ic vs Base current Ib

Half Life:

Radioactivity, N vs Time,T