VCE Physics Past Exam Questions

Browse VCE Physics exam questions from 2015–2026, including NHT and VCE papers. Filter by topic, year and paper; open the original source.

Indexed questions and parts1,789in Physics
Subject banks1subject
Exam years2015–2026Available in this subject

Matching results: 86 indexed questions and parts.

Section B, Question 6

Physics2025NHTSingle paper9 marks
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Estimated difficulty · Difficult

Question 6 (9 marks) Figure 5 shows a schematic representation of a cathode ray tube. The cathode ray tube consists of an electron gun producing electrons, which are accelerated by

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Source: 2025 VCE (NHT) Physics examination (PDF, 8.96 MB)

Section B, Question 6

Physics2025VCESingle paper4 marks
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Question 6 (4 marks) Electrons are emitted by a hot filament connected to a 12 V battery. These electrons are accelerated between two metal plates, P and Q, which are 50 mm apart.

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Source: 2025 VCE Physics examination (PDF, 2.36 MB)

Section B, Question 6(a)Question part (a)

Physics2025NHTSingle paper2 marks
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a. Calculate the strength of the electric field used to accelerate the electrons, ass it is a uniform field. 2 marks Vm! o ° =) S H FE he Id I ® 2 £ 8 = [=]

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Source: 2025 VCE (NHT) Physics examination (PDF, 8.96 MB)

Section B, Question 6(b)Question part (b)

Physics2025NHTSingle paper
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Estimated difficulty · Easy

b. The electrons now enter a region with a uniform magnetic field 8=3.6 x 107 T and a uniform electric field £=1.5x 10° Vm. The electrons pass through the region in a straight line

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Source: 2025 VCE (NHT) Physics examination (PDF, 8.96 MB)

Section B, Question 6(b)(i)Question part (b)(i)

Physics2025NHTSingle paper
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Estimated difficulty · Medium

i. What is the direction of the electric field between the plates? Justify your answer. 2 marks alculate the speed of these electrons. 2 marks

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Source: 2025 VCE (NHT) Physics examination (PDF, 8.96 MB)

Section B, Question 11(b)Question part (b)

Physics2025VCESingle paper3 marks
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Report-based difficulty · DifficultAverage marks: 10% of available · official reportFull marks: 9% of students · official report

b. Janine connects a number of heat lamps, in parallel, in the shed. When the wind turbine is operating, the potential difference across the shed is 210 V RMS. How many heat lamps

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Source: 2025 VCE Physics examination (PDF, 2.36 MB) · Report: 2025 VCE Physics external assessment report (DOCX, 435.33 KB)

Section B, Question 17(e)Question part (e)

Physics2025NHTSingle paper3 marks
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Estimated difficulty · Easy

e. As part of testing and calibrating the ac accelerating potential for the gold ions rator at the RHIC, scientists vary the (Au-179), providing them with a known total energy, and

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Source: 2025 VCE (NHT) Physics examination (PDF, 8.96 MB)

Section B, Question 19(g)Question part (g)

Physics2025VCESingle paper3 marks
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Estimated difficulty · Easy

g. i. Luca measures the length of the wire QR to be 2.0 cm. Use this length and the value of the gradient found in part f to estimate the strength of the magnetic field, B, inside

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Source: 2025 VCE Physics examination (PDF, 2.36 MB)

Section A, Question 3

Physics2024NHTSingle paper
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Estimated difficulty · Easy

Question 3 Two large charged plates with equal and opposite charges are placed close together, as shown in the diagram below. A distance of 2.0 mm separates the plates. The potenti

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Source: 2024 VCE (NHT) Physics examination

Section B, Question 1(b)Question part (b)

Physics2024NHTSingle paper
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Estimated difficulty · Easy

b. When the electron has a speed of 1.2 × 10 5 m s−1 and the electric field strength is 2.4 × 10 4 N C−1, the electron is undeflected as it travels between the charged plates.

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Source: 2024 VCE (NHT) Physics examination

Section B, Question 7

Physics2024VCESingle paper6 marks
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Estimated difficulty · Medium

Question 7 (6 marks) An electron is accelerated from rest through an electric field. It enters an area of constant magnetic field, B, of magnitude 5.00 mT, which is perpendicular t

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Source: 2024 VCE Physics examination (PDF, 7.06 MB)

Section B, Question 8

Physics2024VCESingle paper6 marks
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Estimated difficulty · Medium

Question 8 (6 marks) Electrical activity in thunderstorms can be modelled as charge separation, causing an electric field to form between the base of the thundercloud and the groun

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Source: 2024 VCE Physics examination (PDF, 7.06 MB)
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