SUMMER 2026
PREDICTED PAPER
Mark Scheme (Results)
Summer 2026
Pearson Edexcel GCE
In Mathematics (9MA0)
Paper 32 Mechanics
for more resources: tyrionpapers.com
,1 (a) A particle is projected horizontally from a height of 78 . 4 m above the ground, with a
velocity of 6 m s−1 .
Determine the time it takes for the particle to reach the ground.
Answer
Consider the vertical motion of the particle, where downwards is the positive direction
Note that the horizontal velocity is 6 ms-1, but the vertical velocity is zero
Use the SUVAT formula
[M1]
Solve for
seconds
[A1]
(2 marks)
(b) Find the total horizontal distance covered by the particle from when it was projected, until it
reaches the ground.
for more: tyrionpapers.com
Answer
, Consider the horizontal motion of the particle, use the time found in part (a)
The horizontal acceleration is zero, as gravity only acts vertically
Use the SUVAT formula
[M1]
[A1]
(2 marks)
2 A particle P starts from the fixed point O on a straight horizontal line and moves with
constant velocity 3 ms-1 for 5 seconds.
P then comes to rest at the point A and remains stationary for a further 6 s.
After this pause, P moves back towards O with constant velocity −6 ms−1 until it reaches its
initial position.
Sketch the displacement–time graph for the motion of P , taking the displacement s (metres)
from O as positive in the initial direction of motion.
Answer
for more: tyrionpapers.com
PREDICTED PAPER
Mark Scheme (Results)
Summer 2026
Pearson Edexcel GCE
In Mathematics (9MA0)
Paper 32 Mechanics
for more resources: tyrionpapers.com
,1 (a) A particle is projected horizontally from a height of 78 . 4 m above the ground, with a
velocity of 6 m s−1 .
Determine the time it takes for the particle to reach the ground.
Answer
Consider the vertical motion of the particle, where downwards is the positive direction
Note that the horizontal velocity is 6 ms-1, but the vertical velocity is zero
Use the SUVAT formula
[M1]
Solve for
seconds
[A1]
(2 marks)
(b) Find the total horizontal distance covered by the particle from when it was projected, until it
reaches the ground.
for more: tyrionpapers.com
Answer
, Consider the horizontal motion of the particle, use the time found in part (a)
The horizontal acceleration is zero, as gravity only acts vertically
Use the SUVAT formula
[M1]
[A1]
(2 marks)
2 A particle P starts from the fixed point O on a straight horizontal line and moves with
constant velocity 3 ms-1 for 5 seconds.
P then comes to rest at the point A and remains stationary for a further 6 s.
After this pause, P moves back towards O with constant velocity −6 ms−1 until it reaches its
initial position.
Sketch the displacement–time graph for the motion of P , taking the displacement s (metres)
from O as positive in the initial direction of motion.
Answer
for more: tyrionpapers.com
