HSC Physics Formula Sheet 2026
The official NESA data sheet, and how to actually use it fast under exam conditions.
NESA provides an official Physics Data Sheet in every HSC Physics exam — constants, formulas and a periodic table, in use since the 2019 syllabus and current for 2026. Get it directly from NESA using the link above; that’s always the authoritative, up-to-date version. What actually costs students marks isn’t not having the sheet, it’s not knowing which of several similar-looking formulas on it applies to a given question, or which module a formula belongs to. This page focuses on that — how to use the sheet quickly and correctly by module — rather than reproducing NESA’s document.
Official NESA HSC Physics data sheet (PDF) →
Reference Guide: The data sheet is handed out with every HSC Physics paper, so you never need to memorise the formulas themselves — but exam questions rarely tell you outright which formula to reach for. Examiners expect you to recognise, from the wording of a question, which of several similar-looking formulas applies (for example, distinguishing a centripetal-force scenario from a gravitational-force one, or knowing when a relativity formula is needed versus classical mechanics). That recognition skill — not formula memorisation — is what the module breakdown below and Revizi’s practice questions target.
Topics Covered
Module 5: Advanced Mechanics
- Projectile and circular motion — watch for questions that need components resolved before any sheet formula applies
- Gravitation and orbital mechanics — a different set of formulas to force problems
- Torque and rotational equilibrium
Module 6: Electromagnetism
- Forces on charges in electric vs magnetic fields — easy to reach for the wrong one
- Electromagnetic induction — depends on the rate of change, not a static value
- Transformers and motor/generator effect
Module 7: The Nature of Light
- Wave behaviour, refraction and diffraction
- The photoelectric effect
- Special relativity — track which reference frame each variable is measured in
Module 8: From the Universe to the Atom
- Stellar spectra and temperature
- Atomic spectra and the quantum model of the atom
- Radioactive decay — note the decay constant uses the same symbol as wavelength, which trips students up
Question Types
Section I: Multiple Choice
Practice 20-mark MCQ sections organised around NESA syllabus outcomes.
Section II: Short Answer
Build technique with 3–6 mark structured questions.
Section III: Extended Response
Practice 8–20 mark essays and structured responses.
Source Analysis
Interpret primary/secondary sources, data tables and stimulus material.
How Revizi Helps
NESA Syllabus Alignment
Questions are organised around NESA syllabus outcomes and content points.
Active Recall Revision
Flashcards test your knowledge using active recall — more effective than re-reading notes.
Performance Insights
Track accuracy across modules and question types to focus your remaining study time.
Common Mistakes to Avoid
- Reaching for a formula from the wrong module because two look similar in shape (e.g. an inverse-square force formula from mechanics vs electromagnetism)
- Forgetting a question requires resolving into components first (projectile motion, forces on inclined planes) before any sheet formula applies
- Mixing up which reference frame a variable is measured in on special relativity questions
- Not checking units before substituting — the sheet gives constants in SI units, and unit mismatches are a common way marks are lost on calculation questions
Study Tips
- Don’t try to memorise the sheet’s layout — you’re given it in the exam. Instead, practise recognising which TYPE of question triggers which section of the sheet.
- For every formula you use, know what each symbol represents and its SI unit — examiners can ask you to identify a variable, not just calculate with one.
- Work through official NESA past papers using the real data sheet (linked above) under timed conditions, so exam day isn’t the first time you’ve used it under pressure.
Related Practice Pages
Frequently Asked Questions
Where can I get the official HSC Physics data sheet?
Directly from NESA — see the official link above. It’s provided to every student in the actual HSC exam, so always check NESA’s current version yourself before exam day rather than relying on any third-party copy.
Does Revizi host or reproduce NESA’s data sheet?
No. Get the official sheet from NESA using the link on this page. Revizi’s content here is original — a module-by-module guide to which formulas apply where and common recognition mistakes — not a copy of NESA’s document.
Do I need to memorise the formulas for HSC Physics?
No — the data sheet is provided in the exam. What you do need is to recognise which formula applies to a given question and understand what each symbol means. That recognition skill is what most students actually need to practise.
What’s the best way to practise using the formula sheet?
Work through official NESA past papers using the real data sheet under timed conditions to build speed finding the right formula. Use Revizi’s module-by-module practice questions to drill whichever module’s formula-recognition you’re weakest on.
Last updated: March 2026