VCE Chemistry Past Exam Questions

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

Indexed questions and parts2,037in Chemistry
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Exam years2015–2026Available in this subject

Matching results: 2,037 indexed questions and parts.

Section B, Question 7(b)Question part (b)

Chemistry2026NHTSingle paper1 marks
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b. Provide one safety reason for using a very small amount of MgH 2 (s) in Method A. 1 mark The graph below shows the data produced using Method A. 0.0 5.0 10.0 15.0 20.0 25.0 30.0

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(c)Question part (c)

Chemistry2026NHTSingle paper2 marks
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c. Use the data in the graph above to calculate the amount, in mol, of H 2 (g) produced over 90 minutes using Method A. 2 marks

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(d)Question part (d)

Chemistry2026NHTSingle paper1 marks
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d. Using your responses to parts a and c, and item 2 of the Data Book, calculate the percentage yield of H2 (g) produced using Method A. 1 mark Construction of fuel cell for Method

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(e)Question part (e)

Chemistry2026NHTSingle paper
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e. To establish the operating conditions for the fuel cell, Amy ran some trials. She measured the voltage and current output of the fuel cell under various electrolyte concentratio

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(e)(i)Question part (e)(i)

Chemistry2026NHTSingle paper3 marks
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i. Identify two factors that could affect the current generated. Do not refer to concentration and voltage. Suggest how Amy could control one of the identified factors. 3 marks

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(f)Question part (f)

Chemistry2026NHTSingle paper3 marks
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f. Use the data provided above, and item 1 and item 2 in the Data Book, to calculate the quantity, in mol, of H2 (g) consumed by the alkaline fuel cell over 90 minutes using Method

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(g)Question part (g)

Chemistry2026NHTSingle paper
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g. Amy repeated the experiment and calculated the amount of H 2 (g) produced by both methods. She discovered that the amount produced by one method was significantly higher than th

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(g)(i)Question part (g)(i)

Chemistry2026NHTSingle paper1 marks
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i. State one key assumption that enables a direct comparison of the amount of H 2 (g) produced by each method. 1 mark

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(g)(ii)Question part (g)(ii)

Chemistry2026NHTSingle paper2 marks
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ii. The aim of this investigation was to determine which method was more accurate at measuring the amount of H 2 (g) produced from MgH 2 (s). Suggest which method – Method A or Met

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 7(ii)Question part (ii)

Chemistry2026NHTSingle paper2 marks
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ii. Amy decided to use the 0.10 M electrolyte solution rather than 1.0 M or 5.0 M. Justify her decision. 2 marks

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 8

Chemistry2026NHTSingle paper9 marks
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Question 8 (9 marks) Question 8 continues on the next page.

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)

Section B, Question 8(a)Question part (a)

Chemistry2026NHTSingle paper4 marks
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a. Artificial photosynthesis is a new approach being considered for the production of hydrogen, H2 (g). A diagram of the process is shown below. anode H+ H+ H+ H+ H+ H+ cathode Sou

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Source: 2026 VCE (NHT) Chemistry examination (PDF, 2.83 MB)
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