A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
ERRATUM NOTICE
Thursday 6 June 2024 – Morning
A Level Physics B (Advancing Physics)
H557/02 Scientific literacy in physics
FOR THE ATTENTION OF THE EXAMS OFFICER
To be opened on the day of the exam
Instructions to invigilators:
Before the start of the exam, give one copy of this erratum to each candidate.
Ask all candidates to correct pages 5 and 7 of the Data, Formulae and Relationships
Booklet as per the instructions to candidates below before starting the exam.
Instructions to candidates:
Add these equations to the Data, Formula and Relationships Booklet.
On page 5 in the section Motion and Forces:
In the same section Motion and Forces:
On page 7 in the section Field and Potential:
A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
,A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
Thursday 6 June 2024 – Morning
A Level Physics B (Advancing Physics)
H557/02 Scientific literacy in physics
Time allowed: 2 hours 15 minutes
Turn over
A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
,A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
2
SECTION A
1 Parasailing is an adventure sport. The parasailor is pulled behind a motor boat as shown in
Fig. 1.
Fig. 1 (not to scale)
32°
The tension in the rope connecting the boat to the parasail is 550 N. The parasailor is moving
horizontally at constant velocity.
(a)
(i) Calculate the vertical component of the tension in the rope.
vertical component = ...................................................... N [2]
(ii) The combined weight of the parasailor and sail is 870 N. Calculate the vertical upwards force on
the parasailor and sail.
vertical upwards force = ...................................................... N [1]
© OCR 2024
A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
, A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
3
(iii) Calculate the power required to pull the parasailor and sail through the air at a horizontal velocity
of 5.8 m s–1. Explain your reasoning.
power = ........................................................... W
Explanation: .....................................................................................................................................
..........................................................................................................................................................
..................................................................................................................................................... [3]
(b) Here are some data about the rope that attaches the sail and parasailor to the boat.
diameter = 12.0 mm
Young modulus = 13.2 GPa
length = 240 m
Calculate the extension of the rope when the tension in the rope is 550 N.
extension = ..................................................... m [2]
(c) The boat accelerates. State whether the tension in the rope will increase, decrease or remain at
550 N when the parasail is moving at a greater constant horizontal velocity. Explain your answer.
..........................................................................................................................................................
..........................................................................................................................................................
..........................................................................................................................................................
..................................................................................................................................................... [2]
© OCR 2024 Turn over
A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
ERRATUM NOTICE
Thursday 6 June 2024 – Morning
A Level Physics B (Advancing Physics)
H557/02 Scientific literacy in physics
FOR THE ATTENTION OF THE EXAMS OFFICER
To be opened on the day of the exam
Instructions to invigilators:
Before the start of the exam, give one copy of this erratum to each candidate.
Ask all candidates to correct pages 5 and 7 of the Data, Formulae and Relationships
Booklet as per the instructions to candidates below before starting the exam.
Instructions to candidates:
Add these equations to the Data, Formula and Relationships Booklet.
On page 5 in the section Motion and Forces:
In the same section Motion and Forces:
On page 7 in the section Field and Potential:
A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
,A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
Thursday 6 June 2024 – Morning
A Level Physics B (Advancing Physics)
H557/02 Scientific literacy in physics
Time allowed: 2 hours 15 minutes
Turn over
A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
,A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
2
SECTION A
1 Parasailing is an adventure sport. The parasailor is pulled behind a motor boat as shown in
Fig. 1.
Fig. 1 (not to scale)
32°
The tension in the rope connecting the boat to the parasail is 550 N. The parasailor is moving
horizontally at constant velocity.
(a)
(i) Calculate the vertical component of the tension in the rope.
vertical component = ...................................................... N [2]
(ii) The combined weight of the parasailor and sail is 870 N. Calculate the vertical upwards force on
the parasailor and sail.
vertical upwards force = ...................................................... N [1]
© OCR 2024
A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
, A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
3
(iii) Calculate the power required to pull the parasailor and sail through the air at a horizontal velocity
of 5.8 m s–1. Explain your reasoning.
power = ........................................................... W
Explanation: .....................................................................................................................................
..........................................................................................................................................................
..................................................................................................................................................... [3]
(b) Here are some data about the rope that attaches the sail and parasailor to the boat.
diameter = 12.0 mm
Young modulus = 13.2 GPa
length = 240 m
Calculate the extension of the rope when the tension in the rope is 550 N.
extension = ..................................................... m [2]
(c) The boat accelerates. State whether the tension in the rope will increase, decrease or remain at
550 N when the parasail is moving at a greater constant horizontal velocity. Explain your answer.
..........................................................................................................................................................
..........................................................................................................................................................
..........................................................................................................................................................
..................................................................................................................................................... [2]
© OCR 2024 Turn over
A Level JUNE 2024 OCR Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER
A Level
2 AND
JUNEMARK
2024 OCR
SCHEME.pdf
Physics B PAPER 2 AND MARK SCHEME.pdf
