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S1 Maths: Perimeter, Area and Volume (Paper 3 (challenge))

S1 Maths: Perimeter, Area and Volume (Paper 3 (challenge))

  • 2026-11-15

S1 Maths: Perimeter, Area and Volume (Paper 3 (challenge))

Paper 3 (challenge): 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 rectangle has area 96 cm squared and length 12 cm. Find its width.
  2. FoundationA triangle has area 54 cm squared and base 12 cm. Find its height.
  3. FoundationA cube has volume 216 cm cubed. Find the length of one edge.
  4. IntermediateA parallelogram has area 132 cm squared and base 11 cm. Find its height.
  5. IntermediateA trapezium has area 45 cm squared, height 6 cm and upper side 5 cm. Find the lower side.
  6. IntermediateA cuboid has volume 240 cm cubed and base area 30 cm squared. Find its height.
  7. ChallengeA 15 cm by 10 cm by 6 cm box is filled with 3 cm cubes. What is the maximum number?
  8. ChallengeA tank with a 60 cm by 40 cm base receives 12 L of water. By how much does the level rise?
  9. ChallengeA prism has a trapezium cross-section with parallel sides 3 cm and 5 cm, height 2 cm, and length 10 cm. Find its volume.
  10. Error redoError clinic: a square has perimeter 40 cm. Find its area (a student answered 1 600 cm squared).

03 Answers and one-line notes

# Answer One-line note
1 Width = 8 cm. Divide the area by the length.
2 Height = 9 cm. Double the area first, then divide by the base.
3 Edge = 6 cm. Find the number whose cube is 216.
4 Height = 12 cm. Area divided by base gives the perpendicular height.
5 Lower side = 10 cm. Work back: double the area, divide by the height, then subtract the upper side.
6 Height = 8 cm. Volume divided by base area gives the height.
7 At most 30 cubes. Count along each direction and multiply; dividing volumes alone overestimates.
8 The level rises 5 cm. Change litres to cm cubed, then divide by the base area.
9 Volume = 80 cm cubed. Find the cross-sectional area first, then multiply by the length.
10 Area = 100 cm squared. Divide the perimeter by 4 to get the side, then square it.

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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