OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
1
!!!!!!!!!!!____________________________________________________________________________#
##############
Thursday 22 May 2025 – Morning
GCSE (9–1) in Combined Science B (Twenty
First Century Science)
J260/07 Physics (Higher Tier)
Time allowed: 1 hour 45 minutes
You must have:
• a ruler (cm/mm)
• the Equation Sheet for GCSE (9–1) Combined
Science Physics B (inside this document)
You can use:
• an HB pencil
• a scientific or graphical calculator
Please write clearly in black ink. Do not write in the barcodes.
Centre number Candidate number
First name(s)
Last name
INSTRUCTIONS
• Use black ink. You can use an HB pencil, but only for graphs and diagrams.
• Write your answer to each question in the space provided. If you need extra space use the lined
page at the end of this booklet. The question numbers must be clearly shown.
• Answer all the questions.
• Where appropriate, your answer should be supported with working. Marks might be given
for using a correct method, even if your answer is wrong.
INFORMATION
• The total mark for this paper is 95.
• The marks for each question are shown in brackets [ ].
• Quality of extended response will be assessed in questions marked with an asterisk (*).
• This document has 24 pages.
ADVICE
• Read each question carefully before you start your answer.
© OCR 2025 [601/8690/2] OCR is an exempt Charity
DC (DE/JG) 354047/4 Turn over
OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
,OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
2
1 Casey is driving a car along a straight, level road when they see a road block ahead.
The graph shows how the speed of the car changes with time immediately after Casey sees the road block.
30
20
Speed
(m / s)
10
0
0.0 1.0 2.0 3.0 4.0 5.0
Time (s)
(a) While Casey is reacting to the obstruction the car continues to travel at constant speed.
Calculate the distance travelled by the car while Casey is reacting. Use the
Equation Sheet.
Distance =................................................................ m [4]
© OCR 2025
OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
,OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
3
(b) The initial kinetic energy of the car is 174 kJ.
When Casey presses the brakes, the braking force acting on the car is 4350 N. The work
done by the brakes to stop the car = the kinetic energy lost by the car. Calculate the
distance travelled while the car is braking.
Use the equation: work done = force × distance
Distance =................................................................ m [4]
(c) In the village where Casey lives the speed limit has been reduced from 30 mph to 20 mph.
Explain how reducing the speed limit can improve road safety in the village.
..........................................................................................................................................................
..........................................................................................................................................................
..........................................................................................................................................................
. .................................................................................................................................................................... [2]
© OCR 2025 Turn over
OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
,OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
4
2 Amit does an experiment at room temperature to compare the thermal conductivity of different
insulating materials.
(a) This is Amit’s method:
• Place a small metal container inside a large metal container.
• Place some insulating material between them.
• Pour water at a temperature of 80 °C into the small container and place a lid on it.
• Measure the temperature of the water every minute for 30 minutes using a thermometer.
• Repeat the experiment using different insulating materials.
This is the apparatus used:
Thermometer
Lid
Insulating material Water
Small metal container
Large metal container
(i) State two variables that Amit should control in this experiment.
1 .......................................................................................................................................................
2 .......................................................................................................................................................
[2]
(ii) Explain why Amit uses metal containers rather than plastic containers.
..........................................................................................................................................................
..........................................................................................................................................................
..........................................................................................................................................................
. ................................................................................................................................................. [2]
© OCR 2025
OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
1
!!!!!!!!!!!____________________________________________________________________________#
##############
Thursday 22 May 2025 – Morning
GCSE (9–1) in Combined Science B (Twenty
First Century Science)
J260/07 Physics (Higher Tier)
Time allowed: 1 hour 45 minutes
You must have:
• a ruler (cm/mm)
• the Equation Sheet for GCSE (9–1) Combined
Science Physics B (inside this document)
You can use:
• an HB pencil
• a scientific or graphical calculator
Please write clearly in black ink. Do not write in the barcodes.
Centre number Candidate number
First name(s)
Last name
INSTRUCTIONS
• Use black ink. You can use an HB pencil, but only for graphs and diagrams.
• Write your answer to each question in the space provided. If you need extra space use the lined
page at the end of this booklet. The question numbers must be clearly shown.
• Answer all the questions.
• Where appropriate, your answer should be supported with working. Marks might be given
for using a correct method, even if your answer is wrong.
INFORMATION
• The total mark for this paper is 95.
• The marks for each question are shown in brackets [ ].
• Quality of extended response will be assessed in questions marked with an asterisk (*).
• This document has 24 pages.
ADVICE
• Read each question carefully before you start your answer.
© OCR 2025 [601/8690/2] OCR is an exempt Charity
DC (DE/JG) 354047/4 Turn over
OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
,OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
2
1 Casey is driving a car along a straight, level road when they see a road block ahead.
The graph shows how the speed of the car changes with time immediately after Casey sees the road block.
30
20
Speed
(m / s)
10
0
0.0 1.0 2.0 3.0 4.0 5.0
Time (s)
(a) While Casey is reacting to the obstruction the car continues to travel at constant speed.
Calculate the distance travelled by the car while Casey is reacting. Use the
Equation Sheet.
Distance =................................................................ m [4]
© OCR 2025
OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
,OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
3
(b) The initial kinetic energy of the car is 174 kJ.
When Casey presses the brakes, the braking force acting on the car is 4350 N. The work
done by the brakes to stop the car = the kinetic energy lost by the car. Calculate the
distance travelled while the car is braking.
Use the equation: work done = force × distance
Distance =................................................................ m [4]
(c) In the village where Casey lives the speed limit has been reduced from 30 mph to 20 mph.
Explain how reducing the speed limit can improve road safety in the village.
..........................................................................................................................................................
..........................................................................................................................................................
..........................................................................................................................................................
. .................................................................................................................................................................... [2]
© OCR 2025 Turn over
OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
,OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
4
2 Amit does an experiment at room temperature to compare the thermal conductivity of different
insulating materials.
(a) This is Amit’s method:
• Place a small metal container inside a large metal container.
• Place some insulating material between them.
• Pour water at a temperature of 80 °C into the small container and place a lid on it.
• Measure the temperature of the water every minute for 30 minutes using a thermometer.
• Repeat the experiment using different insulating materials.
This is the apparatus used:
Thermometer
Lid
Insulating material Water
Small metal container
Large metal container
(i) State two variables that Amit should control in this experiment.
1 .......................................................................................................................................................
2 .......................................................................................................................................................
[2]
(ii) Explain why Amit uses metal containers rather than plastic containers.
..........................................................................................................................................................
..........................................................................................................................................................
..........................................................................................................................................................
. ................................................................................................................................................. [2]
© OCR 2025
OCR
2025GCSE
OCR
2025Combined
GCSE
OCR Combined
GCSE
Science
Combined
Science
B (Twenty
Science
B (Twenty
FirstBCentury
(Twenty
First Century
Science)
First Century
Science)
J260-07
Science)
J260-07
Physics
J260-07
Physics
(Higher
Physics
(Higher
Tier) Complete
(Higher
Tier) Complete
Tier)
Question
Complete
Question
paperQuestion
with
paper
Marking
with
paper
Marking
Scheme
with Marking
Scheme
Combined.pdf
Scheme
Combined.pdf
Combine
