Welcome! This website is a growing collection of resources to support students preparing for the NZQA Scholarship Physics.
The topic-based collection of worked Scholarship questions has largely grown out of discussions with my students during our Scholarship sessions. The solutions are designed not only to model how students can answer examination questions, but also to demonstrate the reasoning, scientific communication, and problem-solving skills expected at the Scholarship level.
The questions are organised into Mechanics, Waves, Electromagnetism, and Modern Physics, making it easy to explore related concepts across different examination years.
This project is both a teaching resource and part of my ongoing professional learning. I hope these resources help you deepen your understanding of physics, develop greater confidence in tackling challenging problems, and enjoy the journey towards NZQA Scholarship Physics.
Based on guidance from past NZQA Assessment Reports.
Develop a logical chain of reasoning rather than selecting equations from a formula sheet.
Explain your thinking clearly so another student could follow your solution.
Focus on the underlying physics, not patterns in the numbers.
Aim for efficient, elegant solutions whenever possible.
Attempt a wide range of challenging problems.
Practise explaining your physics ideas in writing.
Model everyday situations using physics principles and appropriate mathematics.
Build confidence in linking concepts across different topics.
Read each question carefully before beginning.
Spend time planning your solution before writing.
Use clear, well-labelled diagrams where appropriate.
Keep your explanation concise and relevant—quality is more important than quantity.
If a calculation becomes lengthy, pause and consider whether there is a simpler physical approach.
Leave enough time to answer every question.
Logical solution pathway
Clear explanations
Strong conceptual understanding
Elegant methods
Well-labelled diagrams
Every worked solution includes a Reasoning Framework.
Model answers demonstrate concise scientific writing.
Solutions explain the physics before the mathematics.
Many solutions include shortcuts or more insightful approaches after the main solution.
Diagrams are included whenever they clarify the physics.
Kia ora, I'm Sam Tsai, a Physics teacher in New Zealand, currently teaching at St. John's College. I am passionate about helping students develop deep conceptual understanding and confident problem-solving skills.
I created this website to share worked Scholarship Physics solutions while continuing to deepen my own understanding as both a teacher and a physicist.
I believe that meaningful learning comes from curiosity, persistence, and thoughtful reflection. I hope these resources help you build confidence, deepen your understanding of physics, and enjoy the challenge of Scholarship Physics.