Physics
Cambridge IGCSE 0625 · Paper 4 (Extended) practice · 994 questions
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General Physics
148 Q
Physical quantities and measurement
Scalars and vectors
Measurement techniques
SI units and prefixes
Motion
Speed and velocity
Acceleration
Distance-time graphs
Speed-time graphs
Free fall and acceleration of free fall
Density
Density and its measurement
Forces
Forces and resultant force
Newton's laws and F = ma
Friction and air resistance
Hooke's law and springs
Turning effect of forces (moments)
Centre of gravity and stability
Circular motion
Momentum
Momentum and impulse
Conservation of momentum
Force as rate of change of momentum
Thermal Physics
60 Q
Kinetic particle model of matter
States of matter and the particle model
Brownian motion
Gas pressure and temperature
Pressure-volume relation for a gas
Waves
99 Q
General properties of waves
Describing waves
Wave speed and the wave equation
Transverse and longitudinal waves
Reflection, refraction and diffraction of waves
Light
Reflection of light
Refraction and refractive index
Total internal reflection and critical angle
Thin converging lens
Dispersion of light
Electricity and Magnetism
159 Q
Simple phenomena of magnetism
Magnetic materials and properties
Magnetic fields and field lines
Induced and permanent magnets
Electrical quantities
Electric charge and charging
Electric field
Electric current
Electromotive force and potential difference
Resistance and I-V characteristics
Electrical energy, power and kWh
Nuclear Physics
57 Q
Space Physics
51 Q
Practical Skills
269 Q
Using measuring instruments
Reading a linear scale (ruler, cylinder, thermometer)
Reading an analogue meter (ammeter, voltmeter)
Measuring time (stopwatch, oscillations)
Precision instruments (micrometer, balance)
Recording and processing data
Table column headings and units
Significant figures in measurements
Calculating quantities from readings
Graphs
Plotting conventions and best-fit lines
Reading a value from a graph
Finding a gradient from a graph
Analysis and evaluation
Agreement within experimental accuracy
Identifying anomalous readings
Sources of error
Precautions and improvements