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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
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Exam years2015–2026Available in this subject

Matching results: 1,789 indexed questions and parts.

Section B, Question 17

Physics2025NHTSingle paper15 marks
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Estimated difficulty · Difficult

Question 17 (15 marks) The Relativistic Heavy lon Collider (RHIC), located at Brookhaven National Laboratory in the United States, enables physicists to learn more about the elemen

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

Section B, Question 17

Physics2025VCESingle paper3 marks
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Report-based difficulty · MediumAverage marks: 56.7% of available · official reportFull marks: 51% of students · official report

Question 17 (3 marks) Consider the following hypothetical situation. Rachel is driving her rocket-powered vehicle along a straight test track and travels at a constant velocity bet

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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(a)Question part (a)

Physics2025NHTSingle paper1 marks
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a. Show that the total energy, Eu, of a gold ion accelerated to 1.90 TeV is 3.04 x 1071. 1 mark

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

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

Physics2025NHTSingle paper2 marks
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b. Assuming classical (Newtonian) physics, what speed would a gold ion reach if accelerated to a kinetic energy of 1.90 TeV? 2 marks ms”

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

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

Physics2025NHTSingle paper
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c. Docs your answer to part b agree with our understanding of physics? Justify your answer. 2 marks of 1.90 TeV (3.04 x 107). Show that the Lorentz factor, y, for one of these gold

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

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

Physics2025NHTSingle paper
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Estimated difficulty · Easy

d. The gold ions are accelerated to a total energy, , otal> 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 17(e)Question part (e)

Physics2025NHTSingle paper3 marks
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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 17(e)(i)Question part (e)(i)

Physics2025NHTSingle paper2 marks
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i. Sketch a curve on the graph in Figure 18 above that represents a suitable fit of the data. 2 marks

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

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

Physics2025NHTSingle paper
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ii. What is the physical significance of the dashed horizontal line shown on the graph? 1 mark Estimate the value of the horizontal intercept of the graph. Explain its physical sig

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

Section B, Question 18

Physics2025VCESingle paper3 marks
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Question 18 (3 marks) A hydrogen atom emits a photon with energy 2.9 eV.

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

Section B, Question 18(a)Question part (a)

Physics2025VCESingle paper2 marks
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Report-based difficulty · EasyAverage marks: 70% of available · official reportFull marks: 62% of students · official report

a. Calculate the wavelength of the emitted photon in nanometres (nm). 2 marks nm

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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 18(b)Question part (b)

Physics2025VCESingle paper1 marks
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Report-based difficulty · EasyAverage marks: 70% of available · official reportFull marks: 70% of students · official report

b. Figure 21 shows some of the energy levels of hydrogen atoms. Draw an arrow on Figure 21 that would represent the transition in part a. 1 mark Figure 21 n = 1 ground state 0 eV n

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