Home

/

School Learning

/

ACT Year 11-12 Physics Practice

/

Year 12 ACT Physics sample questions

Year 12 ACT Physics sample questions

Answer a short curated learning and practice set, then see your score, correct answers, and explanations.

No sign-up required 8 curated questionsInstant explanations

Year 12 ACT Physics practice questions

Use this no-login public demo to preview Skill Align's Year 12 ACT Physics sample questions, explanations, exercise mode, and test mode before regular practice.

Sample-question focus

Try a short public sample of Year 12 ACT Physics questions selected from the reviewed Skill Align demo set.

Skills covered

Practice motion, forces, energy, waves, electricity, fields, light, matter, data analysis, and scientific modelling.

Exercise and test mode

Use Exercise Mode for instant feedback, or Test Mode to keep answers hidden until the end of the attempt.

Curriculum link

Compare this demo with the ACT Year 11-12 Physics curriculum page to scan related topics, subtopics, and pathway coverage.

This preview keeps answers in page memory only. Refreshing the page resets the attempt and nothing is written to a student record. Copyright (c) 2026 SkillAlign. Demo questions, answers, explanations, and visuals are protected content. All rights reserved.
Sample ACT BSSS Year 12 Physics questions

These sample questions are visible on the page before login. They show ACT BSSS Year 12 Physics motion graphs, fields, induction, wave interference, photoelectric data, and experimental graphs with diagrams and graphs before opening the demo.

ACT BSSS Year 12 Physics Projectile motion hard projectile diagram

1. A projectile travels horizontally at 16 m/s for 2.5 s. What horizontal range is represented?

ACT 12 projectile range 16 m/s 40 m 2.5 s
Choices
  • 40 m
  • 18.5 m
  • 6.4 m
  • 80 m
Explanation:

Range is horizontal velocity multiplied by time: 16 x 2.5 = 40 m.

ACT BSSS Year 12 Physics Electric fields hard field diagram

2. An electron is placed between parallel plates where the field points from the positive plate to the negative plate. Which way is the electron forced?

ACT 12 electron force + - + plate - plate electron
Choices
  • Toward the positive plate
  • Toward the negative plate
  • Along the plates
  • No force
Explanation:

An electron has negative charge, so its force is opposite the electric field direction.

ACT BSSS Year 12 Physics Photoelectric effect hard photoelectric graph

3. The photoelectric graph crosses the frequency axis at 4.9 x 1014 Hz. What is the threshold frequency?

ACT 12 photoelectric intercept 4.9 x 10^14 Hz frequency max KE
Choices
  • 4.9 x 1014 Hz
  • 9.8 x 1014 Hz
  • 2.45 x 1014 Hz
  • 4.9 V
Explanation:

The threshold frequency is where maximum kinetic energy first reaches zero on the frequency axis.

ACT BSSS Year 12 Physics Standing waves hard standing-wave diagram

4. A standing wave has wavelength 0.68 m and wave speed 340 m/s. What frequency does the diagram support?

ACT 12 standing wave frequency 0.68 m 340 m/s f
Choices
  • 500 Hz
  • 231 Hz
  • 0.002 Hz
  • 340.68 Hz
Explanation:

Frequency is f = v / lambda = 340 / 0.68 = 500 Hz.

ACT BSSS Year 12 Physics Electromagnetic induction hard flux graph

5. The flux-time graph has one interval with a much larger gradient than the rest. What happens to induced emf magnitude there?

ACT 12 flux-change graph first later flux t
Choices
  • It is largest there
  • It is zero there
  • It is smallest there
  • It depends only on resistance
Explanation:

Induced emf magnitude depends on the rate of change of flux, so the largest gradient produces the largest magnitude.

ACT BSSS Year 12 Physics Transformers hard transformer diagram

6. A transformer has 200 primary turns and 50 secondary turns. With 240 V on the primary, what secondary voltage is ideal?

ACT 12 transformer ratio 200 turns 50 turns load
Choices
  • 60 V
  • 960 V
  • 240 V
  • 12.5 V
Explanation:

The turns ratio is 50 / 200 = 1/4, so Vs = 240 / 4 = 60 V.

For parents comparing ACT BSSS Year 12 Physics support

ACT BSSS Year 12 Physics practice should help students connect equations to visible evidence: motion graphs, fields, induction, wave interference, photoelectric data, and experimental graphs. These examples preview that visual reasoning before the no-login Physics demo.

How it works

Answer questions in a short test-style session.

  • See explanations after finishing.
  • Use Exercise Mode when you want instant feedback while learning.
Practice Summary
Year 12 · ACT Physics · Test mode · 8 questions · 10 min
Questions attempted 0 / 8
Correct answers Pending
Score -
Attempt Mode

Test mode keeps answers hidden until you finish the full set.

Ready to try this Year 12 ACT Physics practice set?

This preview includes 8 curated questions. You can start instantly, stay anonymous, and see the score and explanations when you finish the attempt.

  • No sign-up required for this preview
  • Answers and explanations appear after completion in Test mode
  • A strong way to preview the full Skill Align practice flow
Want more than this sample set?

This public preview is intentionally small. Full access adds more practice sessions, broader topic coverage, saved student history, and structured learning by year and subject.

  • More practice sessions
  • Broader topic coverage
  • Saved progress history
  • Structured learning by year and subject

ACT Physics practice questions FAQ

Does this page include Year 12 ACT Physics practice questions?

Yes. This public demo includes reviewed Year 12 ACT Physics sample questions so families can preview the Skill Align practice style before regular use.

Can students try the demo without signing up?

Yes. The public demo can be opened without signing up, and the attempt stays in the page instead of being saved to a student record.

How does this demo relate to curriculum coverage?

This demo is linked with the ACT Year 11-12 Physics curriculum coverage page, where parents can compare the broader topic and pathway structure used for Skill Align practice.