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VCE Mathematical Methods Past Exam Questions

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

Indexed questions and parts1,902in Mathematical Methods
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Exam years2015–2026Available in this subject

Matching results: 1,902 indexed questions and parts.

Section B, Question 2(c)Question part (c)

Mathematical Methods2023NHT22 marks
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Estimated difficulty · Medium

c. At what rate is the amount of caffeine in Kim’s body decaying 4 hours after they drink an espresso? Give your answer in milligrams per hour in the form a b e , where a and b are

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Source: 2023 VCE (NHT) Mathematical Methods examination 2

Section B, Question 2(c)Question part (c)

Mathematical Methods2023VCE21 marks
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Report-based difficulty · MediumAverage marks: 50% of available · official reportFull marks: 55% of students · official report

c. Find the average rate of change, in metres per minute, of the height of a pod on the wheel as it travels from point A to point B. 1 mark 2023 MATHMETH EXAM 2 14 d o n o t w r i

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Source: 2023 VCE Mathematical Methods 2 examination · Report: 2023 VCE Mathematical Methods 2 external assessment report

Section B, Question 2(d)Question part (d)

Mathematical Methods2023VCE21 marks
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Estimated difficulty · Easy

d. i. State the values of k and m. 1 mark 15 2023 MATHMETH EXAM 2 d o n o t w r i t e i n t h i s a r e a TURN OVER 2023 MATHMETH EXAM 2 16

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Source: 2023 VCE Mathematical Methods 2 examination

Section B, Question 2(d)Question part (d)

Mathematical Methods2023NHT21 marks
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Estimated difficulty · Easy

d. When t ≥ 4, is the function C2 strictly increasing, strictly decreasing or neither? 1 mark

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Source: 2023 VCE (NHT) Mathematical Methods examination 2

Section B, Question 2(d)(ii)Question part (d)(ii)

Mathematical Methods2023VCE22 marks
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Estimated difficulty · Easy

ii. Find all possible values of n. 2 marks

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Source: 2023 VCE Mathematical Methods 2 examination

Section B, Question 2(d)(iii)Question part (d)(iii)

Mathematical Methods2023VCE23 marks
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Estimated difficulty · Easy

iii. Sketch the graph of the piecewise function w on the axes below, showing the coordinates of the endpoints. 3 marks 120 150 90 60 30 5 10 15 20 25 w t O

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Source: 2023 VCE Mathematical Methods 2 examination

Section B, Question 2(e)Question part (e)

Mathematical Methods2023NHT21 marks
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Estimated difficulty · Medium

e. Show that the function C2 is not continuous for t > 0. 1 mark

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Source: 2023 VCE (NHT) Mathematical Methods examination 2

Section B, Question 2(f)Question part (f)

Mathematical Methods2023NHT22 marks
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Estimated difficulty · Easy

f. Using C2 , find the maximum amount of active caffeine in Kim’s body and the time at which this level was reached. Give the maximum amount of caffeine, in milligrams, correct to

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Source: 2023 VCE (NHT) Mathematical Methods examination 2

Section B, Question 2(g)Question part (g)

Mathematical Methods2023NHT22 marks
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Estimated difficulty · Medium

g. Find the derivative C2′(t), giving your answer as a hybrid function that includes the relevant domains. 2 marks 2023 MATHMETH EXAM 2 (NHT) 16 D O N O T W R I T E I N T H I S A R

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Source: 2023 VCE (NHT) Mathematical Methods examination 2

Section B, Question 2(h)Question part (h)

Mathematical Methods2023NHT22 marks
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Estimated difficulty · Medium

h. Use the derivative C2′(t) to find the times during which the amount of active caffeine is decreasing by at least 8 milligrams per hour. Express your answer in interval notation,

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Source: 2023 VCE (NHT) Mathematical Methods examination 2

Section B, Question 3

Mathematical Methods2023NHT211 marks
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Estimated difficulty · Medium

Question 3 (11 marks) Consider the graph of f (x) = x3 − ax, where a is a real number, with its turning points, A and C, as shown below. 3 2 , 2 3 3 a a A      −      

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Source: 2023 VCE (NHT) Mathematical Methods examination 2

Section B, Question 3

Mathematical Methods2023VCE212 marks
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Estimated difficulty · Medium

Question 3 (12 marks) Consider the function g : R → R, g(x) = 2x + 5.

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Source: 2023 VCE Mathematical Methods 2 examination
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