Where can I find the AP Physics 2 AP Physics 2 question paper 2025?

The full AP Physics 2 AP Physics 2 2025 (Model questions) question paper is available free on Kekkei. You can read every question online and attempt the paper under timed exam conditions.

Does the AP Physics 2 2025 paper come with solutions?

Yes. Every question on this AP Physics 2 past paper includes a step-by-step solution, plus instant AI feedback when you attempt it on Kekkei.

How many marks is the AP Physics 2 AP Physics 2 2025 paper?

The AP Physics 2 AP Physics 2 2025 paper carries 90 full marks and is meant to be completed in 180 minutes, across 10 questions.

Is practising this AP Physics 2 past paper free?

Yes — reading and attempting this AP Physics 2 past paper on Kekkei is completely free.

AP Physics 2 AP Physics 2 Practice Test 2025

AP Physics 2Model questions

90marks

180min

10questions

This is the official AP Physics 2 AP Physics 2 question paper for 2025, as set in the Model questions examination. It carries 90 full marks and a time allowance of 180 minutes, across 10 questions. On Kekkei you can attempt this AP Physics 2 past paper online with a timer, get instant AI feedback and step-by-step solutions, and track the topics where you lose marks — completely free. Whether you are revising for your AP Physics 2 AP Physics 2 exam or solving previous years' question papers, this 2025 paper is a great way to practise under real exam conditions.

Level	AP Physics 2
Subject	AP Physics 2
Year	2025 BS
Exam session	Model questions
Full marks	90
Time allowed	180 minutes
Questions	10, all with step-by-step solutions

Multiple Choice

Select the best answer.

10 questions·1 mark each

1Multiple choice1 mark

Cube density $800\;\text{kg/m}^3$ in water ( $1000\;\text{kg/m}^3$ ). Fraction submerged?

a
0.50
b
0.60
c
0.80
d
1.00

Correct answer: c

0.80

$\rho_{obj}/\rho_w=800/1000=0.80$ .

The correct answer is (c) 0.80.

fluidsbuoyancy

2Multiple choice1 mark

Ideal gas: 2 atm, 300 K, 10 L heated to 600 K at constant pressure. Volume?

a
5 L
b
10 L
c
15 L
d
20 L

Correct answer: d

20 L

$V_2=10(600/300)=20$ L.

The correct answer is (d) 20 L.

thermodynamicsideal-gas-law

3Multiple choice1 mark

$q_1=+3\;\mu$ C, $q_2=-6\;\mu$ C, $r=0.3$ m. Force? ( $k=9\times10^9$ )

a
0.6 N
b
1.8 N
c
5.4 N
d
18 N

Correct answer: b

1.8 N

$F=9\times10^9(18\times10^{-12})/0.09=1.8$ N.

The correct answer is (b) 1.8 N.

electrostaticscoulomb-law

4Multiple choice1 mark

$2\;\Omega$ , $3\;\Omega$ , $6\;\Omega$ in parallel. $R_{eq}$ ?

a
$1\;\Omega$
b
$2\;\Omega$
c
$11\;\Omega$
d
$0.5\;\Omega$

Correct answer: a

1\;\Omega

$1/R_{eq}=1/2+1/3+1/6=1$ . $R_{eq}=1\;\Omega$ .

The correct answer is (a) $1\;\Omega$ .

circuitsseries-parallel

5Multiple choice1 mark

Proton ( $q=1.6\times10^{-19}$ C) at $5\times10^6$ m/s perpendicular to $B=0.2$ T. Force?

a
$1.6\times10^{-14}$ N
b
$8.0\times10^{-14}$ N
c
$1.6\times10^{-13}$ N
d
$3.2\times10^{-13}$ N

Correct answer: c

$1.6\times10^{-13}$ N

$F=qvB=1.6\times10^{-13}$ N.

The correct answer is (c).

magnetismmagnetic-force

6Multiple choice1 mark

Light: air ( $n=1.0$ ) to glass ( $n=1.5$ ) at $30^\circ$ . Refraction angle?

a
$15^\circ$
b
$19.5^\circ$
c
$30^\circ$
d
$45^\circ$

Correct answer: b

$19.5^\circ$

$\sin\theta_2=\sin 30/1.5=1/3$ . $\theta_2\approx 19.5^\circ$ .

The correct answer is (b) $19.5^\circ$ .

opticsrefraction

7Multiple choice1 mark

Work function 4.0 eV. Min frequency? ( $h=4.14\times10^{-15}$ eV $\cdot$ s)

a
$2.42\times10^{14}$ Hz
b
$4.83\times10^{14}$ Hz
c
$6.0\times10^{14}$ Hz
d
$9.66\times10^{14}$ Hz

Correct answer: d

$9.66\times10^{14}$ Hz

$f_0=4.0/(4.14\times10^{-15})\approx 9.66\times10^{14}$ Hz.

The correct answer is (d).

modern-physicsphotoelectric-effect

8Multiple choice1 mark

Pipe narrows: $A_1=0.04$ , $A_2=0.01\;\text{m}^2$ , $v_1=2$ m/s. $v_2$ ?

a
4 m/s
b
6 m/s
c
8 m/s
d
16 m/s

Correct answer: c

8 m/s

$v_2=A_1 v_1/A_2=8$ m/s.

The correct answer is (c) 8 m/s.

fluidsbernoulli

9Multiple choice1 mark

Engine: $Q_H=500$ J, $Q_C=300$ J. Efficiency?

a
20%
b
40%
c
60%
d
80%

Correct answer: b

40%

$\eta=(500-300)/500=40\%$ .

The correct answer is (b) 40%.

thermodynamicsheat-transfer

10Multiple choice1 mark

$E$ at 0.5 m from $+2\;\mu$ C? ( $k=9\times10^9$ )

a
$7.2\times10^4$ N/C
b
$3.6\times10^4$ N/C
c
$1.8\times10^4$ N/C
d
$1.44\times10^5$ N/C

Correct answer: a

$7.2\times10^4$ N/C

$E=kq/r^2=9\times10^9(2\times10^{-6})/0.25=7.2\times10^4$ N/C.

The correct answer is (a).

electrostaticselectric-field

Frequently asked questions

Where can I find the AP Physics 2 AP Physics 2 question paper 2025?: The full AP Physics 2 AP Physics 2 2025 (Model questions) question paper is available free on Kekkei. You can read every question online and attempt the paper under timed exam conditions.
Does the AP Physics 2 2025 paper come with solutions?: Yes. Every question on this AP Physics 2 past paper includes a step-by-step solution, plus instant AI feedback when you attempt it on Kekkei.
How many marks is the AP Physics 2 AP Physics 2 2025 paper?: The AP Physics 2 AP Physics 2 2025 paper carries 90 full marks and is meant to be completed in 180 minutes, across 10 questions.
Is practising this AP Physics 2 past paper free?: Yes — reading and attempting this AP Physics 2 past paper on Kekkei is completely free.