A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
Section A
You should spend a maximum of 30 minutes on this section.
Write your answer to each question in the box provided.
1 Which row in the table shows two equivalent physical quantities?
A 0 °C –273.15 K
B 1 kg m s–1 1000 N s
C 10 kW 10 000 N m
D 1.0 mPa 0.0010 N m–2
Your answer [1]
2 What are the SI base units of the Boltzmann constant k?
A J K–1
B kg m s–2 K–1
C kg m2 s–2 K–1
D N m K–1
Your answer [1]
© OCR 2024
A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
,A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
3
3 A rubber bung is attached to a string. The bung is whirled around in a horizontal circle of radius r.
The rotational period of the bung is T. The tension in the string is kept constant as the bung is
whirled around at different speeds.
Which relationship is correct for this whirling bung?
A T\r
B T2 \ r
C T \ r2
D T\ r
Your answer [1]
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A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
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4
4 To determine the acceleration of free fall g, a ball is dropped from rest from a point vertically
above a light gate.
The ball has a diameter of 5.0 cm. It is dropped at time t = 0.
The light gate output shows that the ball passes through the gate between times t = 0.10 s and
t = 0.14 s.
The graph shows the output from the light gate.
5.0 cm diameter ball
light gate light gate
output
0
0 0.10 0.14
time / s
Air resistance has negligible effect on the motion of the ball.
What is the value of g in m s–2 from these measurements?
A 8.93
B 9.81
C 10.4
D 12.5
Your answer [1]
© OCR 2024
A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
, A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
5
5 A block of wood is floating in calm water.
The density of the wood is 700 kg m–3. The density of water is 1000 kg m–3.
What percentage of the volume of the block is above the waterline?
A 30
B 50
C 70
D 89
Your answer [1]
6 A horizontal uniform beam of length 4L and weight W is supported at both ends.
An object weighing 2W is placed on the beam at a distance L from one end.
4L
2W
L
beam
N1 N2
What are the magnitudes of the normal reactions N1 and N2 on the supports at the ends of the
beam?
A N1 = 0.5W, N2 = 1.5W
B N1 = W, N2 = 2W
C N1 = 1.5W, N2 = 1.5W
D N1 = 2W, N2 = W
Your answer [1]
© OCR 2024 Turn over
A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
Section A
You should spend a maximum of 30 minutes on this section.
Write your answer to each question in the box provided.
1 Which row in the table shows two equivalent physical quantities?
A 0 °C –273.15 K
B 1 kg m s–1 1000 N s
C 10 kW 10 000 N m
D 1.0 mPa 0.0010 N m–2
Your answer [1]
2 What are the SI base units of the Boltzmann constant k?
A J K–1
B kg m s–2 K–1
C kg m2 s–2 K–1
D N m K–1
Your answer [1]
© OCR 2024
A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
,A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
3
3 A rubber bung is attached to a string. The bung is whirled around in a horizontal circle of radius r.
The rotational period of the bung is T. The tension in the string is kept constant as the bung is
whirled around at different speeds.
Which relationship is correct for this whirling bung?
A T\r
B T2 \ r
C T \ r2
D T\ r
Your answer [1]
© OCR 2024 Turn over
A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
,A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
4
4 To determine the acceleration of free fall g, a ball is dropped from rest from a point vertically
above a light gate.
The ball has a diameter of 5.0 cm. It is dropped at time t = 0.
The light gate output shows that the ball passes through the gate between times t = 0.10 s and
t = 0.14 s.
The graph shows the output from the light gate.
5.0 cm diameter ball
light gate light gate
output
0
0 0.10 0.14
time / s
Air resistance has negligible effect on the motion of the ball.
What is the value of g in m s–2 from these measurements?
A 8.93
B 9.81
C 10.4
D 12.5
Your answer [1]
© OCR 2024
A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
, A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
5
5 A block of wood is floating in calm water.
The density of the wood is 700 kg m–3. The density of water is 1000 kg m–3.
What percentage of the volume of the block is above the waterline?
A 30
B 50
C 70
D 89
Your answer [1]
6 A horizontal uniform beam of length 4L and weight W is supported at both ends.
An object weighing 2W is placed on the beam at a distance L from one end.
4L
2W
L
beam
N1 N2
What are the magnitudes of the normal reactions N1 and N2 on the supports at the ends of the
beam?
A N1 = 0.5W, N2 = 1.5W
B N1 = W, N2 = 2W
C N1 = 1.5W, N2 = 1.5W
D N1 = 2W, N2 = W
Your answer [1]
© OCR 2024 Turn over
A-LEVEL JUNE 2024 OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS AA-LEVEL
PAPER1JUNE
& MARK
2024SCHEME.pdf
OCR PHYSICS A PAPER1 & MARK SCHEME.pdf
