Set
The paper and mark scheme
Question paper
Paper 6 style practice paper
40 marks · 1 h · 6 pages
3 multiple-choice questions and structured questions with answer lines. Experimental skills across the 0625 syllabus: measurement, recording, graph work and planning.
Mark scheme
PROPaper 6 style practice paper — mark scheme
Answers · Marking points · 4 pages
Model answers with a mark for each creditworthy point — for marking at home or in class.
Coverage
Topics in this paper
How to use
Work through it like the real exam
- 1Print the paper, or open the PDF and write your answers on paper.
- 2Set a timer and work without notes — the real thing is timed and closed-book.
- 3Mark your work with the mark scheme, one point at a time.
- 4Redo every question you lost marks on, then revise that topic.
Preview
The opening questions
Section A: Practical measurements[20 marks]
Answer all questions in the spaces provided. The marks in Section A total 20.
- 1
A student determines the density of a small metal cylinder. The mass, found on a balance, is 178.0 g. The cylinder’s diameter is measured with a rule at three positions: 2.50 cm, 2.52 cm and 2.48 cm. Its length is measured as 5.00 cm.
- (a)
Calculate the average diameter and explain why several readings were taken.
[2] - (b)
Show that the volume of the cylinder is about 24.5 cm³. (Volume of a cylinder = πd²L/4.)
[3] - (c)
Calculate the density of the metal in g/cm³.
[1]
- (a)
- 2
A student measures the resistance of a lamp using the circuit shown: a battery, an ammeter in series with the lamp, a voltmeter across the lamp, and a variable resistor to change the current. The lamp glows dimly at first and brightly at higher currents.
- (a)
State where the ammeter and voltmeter are connected, and why.
[2] - (b)
The voltmeter reads 2.0 V and the ammeter reads 0.40 A. Calculate the resistance at this setting.
[2] - (c)
The experiment is repeated at higher currents. State and explain how the lamp’s resistance changes, and describe the evidence that shows it.
[3]
- (a)
- 3
A student investigates a cooling curve. A heated solid block is allowed to cool and its temperature is recorded every 30 s. The block melts at 48 °C. Part of the results table is shown.
Cooling results
Time / s 0 30 60 90 120 150 180 Temperature / °C 61 55 48 48 48 44 40 - (a)
State the time interval during which the block was melting, and explain how the table shows it.
[2] - (b)
Describe how the rate of cooling before the plateau compares with the rate after it.
[2] - (c)
Suggest one improvement to the experiment so that the plateau is shown more clearly.
[3]
- (a)
Revision
Before you sit the paper
- Revise every topic this paper covers, using the free notes pages.
- Do the quick quiz on each topic and note where you lose marks.
- Practise the topical questions with the mark schemes.
- Read the command words: state, describe, explain, calculate.
Tips
Exam tips
Marks come from key words
- Give the number of marks’ worth of points the question asks for.
- Quote the equation, substitute the values, then give the answer with its unit.
- Check every quantity is in SI units before you substitute.
- In Paper 6-style questions, write the observation, not the conclusion.
Questions
About the Paper 6 style
What is the Alternative to Practical paper testing?
The same experimental skills as the hands-on practical — taking and recording readings, plotting and reading graphs, identifying errors and improvements, and planning fair investigations — but answered on paper.
How should I answer “suggest an improvement” questions?
Name a concrete change (more repeats, bigger distances, finer scale, insulation, data-logging) and say why it improves the result. A change without a reason rarely scores.
Are these real Cambridge questions?
No. These are original QuizQuip questions written against the 0625 syllabus in the style of the Alternative to Practical paper. We never host or copy Cambridge past-paper questions.
Is QuizQuip connected to Cambridge?
No. Cambridge IGCSE and Cambridge are trademarks of Cambridge University Press & Assessment. QuizQuip is independent — not affiliated with, endorsed by, or connected to Cambridge. All notes and questions are original QuizQuip material written against the published 0625 syllabus.