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Year 11 WACE Physics practice questions
This public preview page identifies the planned Year 11 WACE Physics demo route and links it to curriculum coverage while the reviewed sample question set is being completed.
Sample-question focus
The planned public sample is for Year 11 WACE Physics practice and will open after the demo questions are reviewed.
Skills covered
Practice motion, forces, energy, waves, electricity, fields, light, matter, data analysis, and scientific modelling.
Exercise and test mode
The route is public now; the exercise and test preview will become available after the curated question set is ready.
Curriculum link
Compare this demo with the WA Year 11-12 Physics curriculum page to scan related topics, subtopics, and pathway coverage.
These sample questions are visible on the page before login. They show WACE Year 11 Physics motion, energy, electric fields, waves, magnetic flux, and light-and-matter data with diagrams and graphs before opening the demo.
WACE Year 11PhysicsMotionhardvelocity-time graph
1. A trolley increases from 0 m/s to 12 m/s in 4.0 s on a velocity-time graph. What is the acceleration?
WACE Year 11PhysicsSpring modelshardforce-extension graph
2. A force-extension graph passes through 0.08 m and 12 N. What spring constant is shown by the gradient?
Choices
150 N/m
0.0067 N/m
12 N/m
96 N/m
Explanation:
For a linear spring, k = F / x = 12 / 0.08 = 150 N/m.
WACE Year 11PhysicsRefractionhardrefraction diagram
3. Light travels from air into a denser transparent block. Which ray path is most consistent with the change in speed?
Choices
Toward the normal
Away from the normal
Parallel to the boundary
Back along the same path only
Explanation:
Light bends toward the normal when it enters a medium where its speed is lower.
WACE Year 11PhysicsCircuit powerhardcircuit diagram
4. A circuit diagram shows a 6 V supply and current of 2.0 A through a resistor. What power is dissipated?
Choices
12 W
3 W
8 W
0.33 W
Explanation:
Power is P = VI = 6 x 2.0 = 12 W.
WACE Year 11PhysicsWave interferencehardinterference diagram
5. For a ripple-tank interference pattern, wavelength increases while source spacing and screen distance stay fixed. What happens to fringe spacing?
Choices
It increases
It decreases
It becomes zero
It is unchanged
Explanation:
Interference spacing is proportional to wavelength when the geometry is unchanged.
WACE Year 11PhysicsCircular motionhardcircular-motion diagram
6. A model car moves at 4.0 m/s around a radius of 2.0 m. What centripetal acceleration is represented?
Choices
8.0 m/s2
2.0 m/s2
16 m/s2
0.5 m/s2
Explanation:
Centripetal acceleration is v2 / r = 4.02 / 2.0 = 8.0 m/s2.
For parents comparing WACE Year 11 Physics support
WACE Year 11 Physics practice should help students connect equations to visible evidence: motion, energy, electric fields, waves, magnetic flux, and light-and-matter data. These examples preview that visual reasoning before the no-login Physics demo.
This demo is in progress
In progress
Year 11 WACE Physics is available to purchase, and the public demo preview is still being prepared.
Students can use the purchased subject once subscribed; this anonymous preview will be opened after the curated public question set is ready.
Does this page include Year 11 WACE Physics practice questions?
Not yet. The Year 11 WACE Physics demo route is public, but the interactive sample questions will open after the reviewed public set is ready.
Can students try the demo without signing up?
No sign-up is required to view the preview status. The no-login interactive demo will be available after the sample set is completed.
How does this demo relate to curriculum coverage?
This demo is linked with the WA Year 11-12 Physics curriculum coverage page, where parents can compare the broader topic and pathway structure used for Skill Align practice.
