How to Write the Perfect Nat 5 Physics Assignment

Step-by-step instructions on exactly how to score 20/20

It's written to match the SQA marking scheme and will help you understand what to do, what not to do, and how to impress the marker.

Key Nat 5 Physics Assignment Information

What Is the Nat 5 Physics Assignment?

  • Worth 20% of your final grade
  • You must carry out an experiment
  • You must write a report in exam conditions
  • The marker is not your teacher — it's someone from the SQA

You get 20 marks:

  • Aim & Title (2)
  • Underlying physics (3)
  • Data collection & handling (6)
  • Graph (4)
  • Analysis (1)
  • Conclusion (1)
  • Evaluation (2)
  • Structure (1)

The key is NOT to overcomplicate it. There are areas in the assignment where more information will LOSE you marks. For example, if you write out a full method, instead of a brief summary, you'll lose one of the data collection marks.

Download the Step-by-Step Guide HERE

What’s in the Nat 5 Physics Exam?

There are two sections in the final exam and you're given 2.5 hours to complete both sections. Each section tests very specific types of questions. If you know what’s coming, it’s way easier to prepare properly and stop wasting time.

Exam Format (Know This!)

  • Section 1: 25 marks, multiple choice
  • Section 2: 110 marks, extended questions (show working)

Total: 135 marks

What Kind of Questions Come Up Most?

The SQA has skill codes behind the scenes - but let’s keep it simple. There are four main question types that appear in almost every section of the Nat 5 Physics exam.

 

The 4 Most Common Question Types in Nat 5 Physics

Type % of Marks What You’ll See
Calculate 55% “Calculate…”, “Use the equation…”
Explain/Justify 25% “Explain why…”, “Justify your answer…”
Graphs 4% “Draw or describe this graph”
Draw 3% “Draw a labelled diagram…”

You can see that these 4 question types make up over 85% of the exam. You need to know how to get full marks in "calculate", "Explain", "Graph" and "Draw" questions!

 

Other Question Types (Still Worth a Few Marks)

Skill What It Means % of Marks
State/Define Write down a fact or definition 8%
Predict Use evidence to back up your answer 5%
Suggest Suggest ways to improve an experiment 2%

 

How to Answer Open-Ended Questions

These always start with:

“Using your knowledge of physics…”

You’ll usually find two open-ended questions in Paper 2 — and they are always worth 3 marks each.

🔍 Example:

“Using your knowledge of physics, comment on how astronomers obtain information about astronomical objects.”

To get full marks:

  • Mention non-visible radiation (like radio or infrared waves)
  • Explain how different waves give different information
  • Link it to a physics idea (e.g. reflection or absorption)

The 3-Step Trick to Getting All 3 Marks

  1. Say a relevant physics fact
  2. Explain how it applies
  3. Link it clearly to the question

It’s easier than it looks — once you learn the pattern, it’s free marks every time.

What Not to Do

  • Don’t copy the question
  • Don’t use vague words like “stuff” or “things”
  • Don’t write loads if there’s no actual physics in it

What Topics Come Up the Most in Nat 5 Physics?

Some topics are worth double, even triple, the marks of others.

 

If you’re short on time, this is where to focus. We’ve analysed every past paper since 2018 and pulled out the average mark share for each topic.

Top Priority Topics (Mark-Heavy)

  • Nuclear radiation – 14.5%
  • Wave parameters and behaviours – 9.0%
  • Vectors and scalars – 7.9%
  • Space exploration – 8.4%
  • Gas laws and kinetic theory – 7.1%
  • Circuits, electronics (and Ohm's Law) – 7.7%

If you're aiming for an A (or trying to catch up fast!) these are your core.

Low-Weight Topics (Still Worth Knowing)

  • Projectile motion – 2.5%
  • Charge carriers – 2.2%
  • Motion graphs – 2.2%
  • Latent heat – 1.9%
  • Acceleration – 1.6%
  • Electromagnetic spectrum – 1.6%
  • Radiation (general) – 0.4%

You still need to cover these - but don’t start your revision here.

Full Topic Weighting Table

Topic % of Marks
Nuclear radiation 14.5%
Wave parameters and behaviours 9.0%
Space exploration 8.4%
Vectors and scalars 7.9%
Circuits and electronics 7.7%
Gas laws and the kinetic model 7.1%
Electrical power 4.9%
Energy 4.1%
Newton's laws 3.9%
Specific heat capacity 3.9%
Cosmology 3.6%
Refraction of light 3.1%
Electricity 2.7%
Projectile motion 2.5%
Electrical charge carriers 2.2%
Motion graphs 2.2%
Specific latent heat 1.9%
Acceleration 1.6%
Electromagnetic spectrum 1.6%
Ohm’s law 3.3%
Non-specific 1.3%
Dynamics 1.2%
Radiation (general) 0.4%

Need More Help?

I have an exam miracle for you...

 

Thinking About Hiring a National 5 Physics Tutor?

Private tutoring can help, but it’s expensive, time-consuming, and doesn’t always fix the real problem.

Most students don’t struggle with content. They struggle with <strong">exam technique:

  • Not answering questions the way the SQA wants
  • Losing marks in explain or calculation questions
  • Running out of time or revising the wrong topics

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