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S1 Maths: Perimeter, Area and Volume (Paper 2 (intermediate))

S1 Maths: Perimeter, Area and Volume (Paper 2 (intermediate))

  • 2026-11-15

S1 Maths: Perimeter, Area and Volume (Paper 2 (intermediate))

Paper 2 (intermediate): ten questions on perimeter, area and volume with answers and one-line notes.

Direct answers Level: S1 maths; format: unit conversion, perimeters, area formulas, prism volume, capacity and surface area.

01 Paper details (check answers afterwards)

Item Detail
Questions 10
Suggested time 20
Difficulty mix Foundation 3 · Intermediate 3 · Challenge 3 · Error redo 1
Chapter Chapter: S1 Maths: Perimeter, Area and Volume
Level S1

02 Questions (10 items)

  1. FoundationA running track is 3.6 km long. How many metres is that?
  2. FoundationA plastic sheet has area 0.75 m squared. How many cm squared is that?
  3. FoundationA triangle has base 24 cm and height 15 cm. Find its area.
  4. IntermediateA trapezium has parallel sides of 8 cm and 14 cm, and height 9 cm. Find its area.
  5. IntermediateA prism has base area 25 cm squared and height 12 cm. Find its volume.
  6. IntermediateChange 4 500 cm cubed into litres.
  7. ChallengeA cuboid tank is 40 cm by 25 cm by 30 cm. Find its capacity in litres.
  8. ChallengeAn L-shaped sheet is a 10 cm by 8 cm rectangle with a 4 cm by 3 cm corner removed. Find the remaining area.
  9. ChallengeA cuboid is 12 cm by 9 cm by 7 cm. Find its surface area.
  10. Error redoError clinic: change 2 m cubed into cm cubed.

03 Answers and one-line notes

# Answer One-line note
1 3.6 km = 3600 m. One kilometre is 1000 metres.
2 0.75 m squared = 7500 cm squared. Multiply by 10 000 because the linear factor 100 is squared.
3 Area = 180 cm squared. Multiply base by height, then halve.
4 Area = 99 cm squared. Add the parallel sides, multiply by the height and halve the result.
5 Volume = 300 cm cubed. For any prism, volume is base area times height.
6 4 500 cm cubed = 4.5 L. One litre is 1000 cm cubed, so divide by 1000.
7 Capacity = 30 L. Work out the volume in cm cubed first, then divide by 1000.
8 The remaining area is 68 cm squared. Area of the big rectangle minus the area cut away.
9 Surface area = 510 cm squared. Double the sum of the three different face areas.
10 2 m cubed = 2000000 cm cubed. Volume uses the factor 100 three times, so multiply by a million.

04 What to do after marking

  • After marking, redo only the wrong items and write down which step went wrong (formula, unit, or misread number).
  • Repeat the same item two days later; move to the next paper only when both attempts are correct.
  • Parents only need the answer and note columns; there is no need to explain every item.

Before calculating, decide whether the question gives a length, an area or a volume, because each converts differently. A perimeter is a line in cm, an area is a surface in cm squared, and a volume fills space in cm cubed. Every area formula needs a base and the matching perpendicular height, and a trapezium needs the two parallel sides added before halving. For reverse questions, work backwards from the formula.Tutor Registration →

Questions and answers are written originally by the TutorZone team and are not taken from any school, publisher or examination authority paper. Every value is checked by computer.

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