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Physics

Stage 6 · HSC questions by topic

About this subject

Physics

Atlas organises human-reviewed questions against the NSW Stage 6 Physicssyllabus. Every published question retains its exam source and page.

Syllabus: NESA Stage 6 (2017)
Explore the NESA Stage 6 (2017) syllabus topics

Module 5: Advanced Mechanics

  • Projectile Motion
  • Circular Motion
  • Motion in Gravitational Fields

Module 6: Electromagnetism

  • Charged Particles, Conductors and Electric and Magnetic Fields
  • The Motor Effect
  • Electromagnetic Induction
  • Applications of the Motor Effect

Module 7: The Nature of Light

  • Electromagnetic Spectrum
  • Light: Wave Model
  • Light: Quantum Model
  • Light and Special Relativity

Module 8: From the Universe to the Atom

  • Origins of the Elements
  • Structure of the Atom
  • Quantum Mechanical Nature of the Atom
  • Properties of the Nucleus
  • Deep inside the Atom
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77 questions found

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2023Trial
Q20

An isolated spherical conductor is charged. The conductor has a radius RRR and an electric potential VVV. The electric field strength at its surface is EEE.

Point TTT is a distance from the surface.

2R2R2R

What are the electric field strength and electric potential at TTT?

Electric field strengthElectric potential
(A)E2\dfrac{E}{2}2E​V4\dfrac{V}{4}
(B)E9\dfrac{E}{9}
(C)E4\dfrac{E}{4}
(D)E9\dfrac{E}{9}
1 mark
Multiple choice
2023Trial
Q21 (a)

The diagram below shows the H-shaped posts used in a game of rugby.
The path of a ball that is kicked and just passes over the crossbar is shown below.
The initial velocity of the ball is 20.0 m s−120.0\ \mathrm{m\,s^{-1}}20.0 ms−1 at an angle of 40.0∘40.0^\circ40.0∘ to the ground. The top of the crossbar is 3.00 m3.00\ \mathrm{m}3.00 m above the horizontal ground. Ignore the effect of air resistance and treat the ball as a simple projectile.

(a) Determine the minimum velocity of the ball in flight.

1 mark
Short answer
← PreviousPage 4 of 4
4
V
​
9E​
V3\dfrac{V}{3}3V​
4E​
V2\dfrac{V}{2}2V​
9E​
V9\dfrac{V}{9}9V​