This is the N6 Engineering Physics written in the November 2023 exams. The paper counts 100 marks and learners had 3 hours to finish it. It has 4 questions covering sound, thermodynamics, atomic physics and electrostatics. Below you can download the question paper and memo as free PDFs, then mark your answers with the memo.
Download the November 2023 PDFs
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N6 Engineering Physics November 2023 Question Paper
N6 Engineering Physics question paper, Nov 2023. Download the PDF and practise under exam conditions, then use the matching memo.
Question PaperNovember exam
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N6 Engineering Physics November 2023 Memo
Official memorandum (marking guideline) for N6 Engineering Physics Nov 2023. Free PDF download to check your work after writing the paper.
MemoNovember exam
What is in this paper
4 questions, 100 marks in total. Marks per question are taken from the paper itself.
- Q1 Sound 1.1 Choose the correct term from those in brackets and write it next to the question 27 marks
- Q2 Thermodynamics 2.1 Complete the following sentences by writing only the missing word or words 25 marks
- Q3 Electrostatics 3.1 What is the dielectric constant of a capacitor? 23 marks
- Q4 Atomic Physics 4.1 Give THREE characteristics of an electron. 25 marks
Marks per topic
- Sound27 marks
- Thermodynamics25 marks
- Atomic Physics25 marks
- Electrostatics23 marks
Instructions to candidates
- Answer all the questions.
- Read all the questions carefully.
- Number the answers according to the numbering system used in this question paper. 2
- Use g = 9,81 m/s .
- The values for STP are 0 °C and 101,3 kPa.
- Use only a black or blue pen.
- Write neatly and legibly. (15070126) -3-
More Engineering Physics N6 papers
Same exam, other years
Questions about this paper
How many marks is the Engineering Physics N6 November 2023?
The paper is out of 100 marks and you get 3 hours to write it.
Is there a memo for the Engineering Physics N6 November 2023?
Yes. The marking memo is on this page as a free PDF download, next to the question paper.
Which topics carry the most marks in this paper?
Sound (27 marks), thermodynamics (25 marks) and atomic physics (25 marks).