1
AQA A Level Physics Paper 2 Mark Scheme June
2026 Actual Exam - Complete Questions with
Detailed Rationales | 100% Verified Graded A+
Pass Guaranteed - A+ Graded
Section 1: Fields (Gravitational, Electric, Magnetic)
1. Two point masses,
m1
and
m2
, are separated by a distance
r
. If the distance between them is doubled and the mass of
m1
is tripled, what happens to the gravitational force of attraction between them? A. It decreases by
a factor of 2. B. It decreases by a factor of 4. C. It increases by a factor of 3/4. D. It stays the
same.
2. What is the definition of gravitational potential at a point in a field? A. The work done in
moving a unit mass from infinity to that point. B. The force acting on a unit mass at that point. C.
The energy required to move a unit mass from the surface of the Earth to that point. D. The work
done in moving a unit positive charge from infinity to that point.
3. A satellite of mass
m
orbits a planet of mass
M
at a distance
R
from the planet's center with orbital speed
,2
v
. Which of the following equations correctly represents the motion of the satellite? A.
v2=RGM
B.
v2=R2GM
C.
v=RGM
D.
mv2=RGMm
4. The gravitational potential at the surface of a planet is
−20 MJ kg−1
. How much energy is required to launch a
500 kg
probe completely away from the planet's gravitational field (to infinity)? A.
10 MJ
B.
40 MJ
C.
1.0×1010 J
D.
1.0×107 J
5. Which statement correctly describes the field lines and equipotentials for a uniform
gravitational field near the Earth's surface? A. Field lines are radial and equipotentials are
spherical. B. Field lines are parallel and equally spaced, equipotentials are parallel and
perpendicular to field lines. C. Field lines are parallel and converging, equipotentials are circular.
D. Field lines are circular and equipotentials are radial.
6. Two identical point charges
+Q
, 3
are fixed a distance
d
apart. A third point charge
+q
is placed exactly halfway between them. What is the net force on the charge
+q
? A. Zero B.
(d/2)2kQq
to the left C.
d22kQq
upwards D.
d2kQq
to the right
7. An electron enters a uniform electric field of strength
E
at right angles to the field lines. Which of the following describes its path? A. Parabolic B.
Circular C. Sinusoidal D. Linear at constant velocity
8. The electric potential at a distance
r
from a point charge
Q
is
V
. What is the electric potential at a distance
2r
from the charge? A.
2V
AQA A Level Physics Paper 2 Mark Scheme June
2026 Actual Exam - Complete Questions with
Detailed Rationales | 100% Verified Graded A+
Pass Guaranteed - A+ Graded
Section 1: Fields (Gravitational, Electric, Magnetic)
1. Two point masses,
m1
and
m2
, are separated by a distance
r
. If the distance between them is doubled and the mass of
m1
is tripled, what happens to the gravitational force of attraction between them? A. It decreases by
a factor of 2. B. It decreases by a factor of 4. C. It increases by a factor of 3/4. D. It stays the
same.
2. What is the definition of gravitational potential at a point in a field? A. The work done in
moving a unit mass from infinity to that point. B. The force acting on a unit mass at that point. C.
The energy required to move a unit mass from the surface of the Earth to that point. D. The work
done in moving a unit positive charge from infinity to that point.
3. A satellite of mass
m
orbits a planet of mass
M
at a distance
R
from the planet's center with orbital speed
,2
v
. Which of the following equations correctly represents the motion of the satellite? A.
v2=RGM
B.
v2=R2GM
C.
v=RGM
D.
mv2=RGMm
4. The gravitational potential at the surface of a planet is
−20 MJ kg−1
. How much energy is required to launch a
500 kg
probe completely away from the planet's gravitational field (to infinity)? A.
10 MJ
B.
40 MJ
C.
1.0×1010 J
D.
1.0×107 J
5. Which statement correctly describes the field lines and equipotentials for a uniform
gravitational field near the Earth's surface? A. Field lines are radial and equipotentials are
spherical. B. Field lines are parallel and equally spaced, equipotentials are parallel and
perpendicular to field lines. C. Field lines are parallel and converging, equipotentials are circular.
D. Field lines are circular and equipotentials are radial.
6. Two identical point charges
+Q
, 3
are fixed a distance
d
apart. A third point charge
+q
is placed exactly halfway between them. What is the net force on the charge
+q
? A. Zero B.
(d/2)2kQq
to the left C.
d22kQq
upwards D.
d2kQq
to the right
7. An electron enters a uniform electric field of strength
E
at right angles to the field lines. Which of the following describes its path? A. Parabolic B.
Circular C. Sinusoidal D. Linear at constant velocity
8. The electric potential at a distance
r
from a point charge
Q
is
V
. What is the electric potential at a distance
2r
from the charge? A.
2V
