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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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3 questions found

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2024HSC
Q9

Object PPP is dropped from rest, and object QQQ is launched horizontally from the same height.

Which option correctly compares the projectile motion of PPP and QQQ? A. The acceleration of is less than the acceleration of . B. The final velocity of is greater than the final velocity of . C. The time of flight of is greater than the time of flight of . D. The initial vertical velocity of is less than the initial vertical velocity of .


PPP
QQQ

QQQ
PPP

QQQ
PPP

PPP
QQQ
1 mark
Multiple choice
2023Trial
Q2

A tennis player launches a tennis ball vertically upwards. At time TTT, the tennis player catches the ball when it returns to its starting position.

Which of the following graphs shows the tennis ball’s velocity over time?

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