PHYSICS AQA PAPER 2 UNOFFICIAL
MARKSCHEME 2026 COMPLETE SOLUTIONS
VERIFIED GRADED A+
◉ Vector. Answer: A quantity that has magnitude and direction
◉ Weight Equation. Answer: Mass x Gravity
◉ Work equation. Answer: Force x Distance
◉ Hooke's law. Answer: States that the force applied to a spring is
directly proportional to the deformation of the spring
◉ Limit of proportionality. Answer: The point where a spring cannot
extend anymore
◉ Force equation. Answer: Spring constant x Extension
Mass x Acceleration
Mass x change in velocity /Change in time
◉ Kinetic Energy equation. Answer: 1/2 x Mass x Velocity^2
◉ Pressure (2). Answer: Force / Area
, Height x Density x Gravitational field strength
◉ Speed Equation. Answer: Distance / Time
◉ Acceleration equations. Answer: Change in velocity / Time
◉ Equation using Final Velocity and initial velocity. Answer: Final
velocity^2 - Initial velocity^2 = 2 x acceleration x speed
◉ Terminal velocity. Answer: The greatest velocity a falling object can
achieve as the forces are balanced
◉ Inertia. Answer: If an object is still it will need a force to make it
move and if something is moving it will need a force to make it stop and
stay in place
◉ Newton's 3rd law. Answer: For everyone action there is an equal
opposite reaction
◉ Thinking distance. Answer: The distance you travel before you start to
apply the breaks.
◉ Breaking distance. Answer: The distance you travel while the car is
decelerating to rest.
MARKSCHEME 2026 COMPLETE SOLUTIONS
VERIFIED GRADED A+
◉ Vector. Answer: A quantity that has magnitude and direction
◉ Weight Equation. Answer: Mass x Gravity
◉ Work equation. Answer: Force x Distance
◉ Hooke's law. Answer: States that the force applied to a spring is
directly proportional to the deformation of the spring
◉ Limit of proportionality. Answer: The point where a spring cannot
extend anymore
◉ Force equation. Answer: Spring constant x Extension
Mass x Acceleration
Mass x change in velocity /Change in time
◉ Kinetic Energy equation. Answer: 1/2 x Mass x Velocity^2
◉ Pressure (2). Answer: Force / Area
, Height x Density x Gravitational field strength
◉ Speed Equation. Answer: Distance / Time
◉ Acceleration equations. Answer: Change in velocity / Time
◉ Equation using Final Velocity and initial velocity. Answer: Final
velocity^2 - Initial velocity^2 = 2 x acceleration x speed
◉ Terminal velocity. Answer: The greatest velocity a falling object can
achieve as the forces are balanced
◉ Inertia. Answer: If an object is still it will need a force to make it
move and if something is moving it will need a force to make it stop and
stay in place
◉ Newton's 3rd law. Answer: For everyone action there is an equal
opposite reaction
◉ Thinking distance. Answer: The distance you travel before you start to
apply the breaks.
◉ Breaking distance. Answer: The distance you travel while the car is
decelerating to rest.
