Scale Drawing Worksheet
Engineer's tip (Multiply to grow, divide to shrink): Real length = drawing length × what 1 cm stands for. Drawing length = real length ÷ what 1 cm stands for. Units: 1 m = 100 cm · 1 cm = 10 mm · 1 km = 1000 m.
NameDateTime takenScore ___ / 40
- 1.📐 A beam is 410 cm long. How long is it in metres? =
- 2.📐 A beam is 390 cm long. How long is it in metres? =
- 3.📐 On a plan, 1 cm stands for 2 m. A wall is 9 cm long on the plan. How long is the real wall, in metres?
- 4.📐 Why do engineers use scale drawings? (a) to save ink only (b) to make them pretty (c) to hide sizes (d) big things fit on paper
- 5.📐 How many centimetres are in 1 metre? (a) 60 (b) 100 (c) 10 (d) 1000
- 6.📐 A beam is 930 cm long. How long is it in metres? =
- 7.📐 A beam is 510 cm long. How long is it in metres? =
- 8.📐 A beam is 690 cm long. How long is it in metres? =
- 9.📐 On a plan, 1 cm stands for 2 m. A wall is 12 cm long on the plan. How long is the real wall, in metres?
- 10.📐 A model car is drawn so that 1 cm stands for 30 cm. The car is 12 cm long in the drawing. How long is the real car, in centimetres?
- 11.📐 How many metres are in 1 kilometre? (a) 10 (b) 100 (c) 10000 (d) 1000
- 12.📐 A beam is 460 cm long. How long is it in metres? =
- 13.📐 A beam is 440 cm long. How long is it in metres? =
- 14.📐 A model car is drawn so that 1 cm stands for 20 cm. The car is 10 cm long in the drawing. How long is the real car, in centimetres?
- 15.📐 A beam is 850 cm long. How long is it in metres? =
- 16.📐 On a plan, 1 cm stands for 2 m. A wall is 3 cm long on the plan. How long is the real wall, in metres?
- 17.📐 On a plan, 1 cm stands for 20 m. A wall is 20 cm long on the plan. How long is the real wall, in metres?
- 18.📐 A beam is 860 cm long. How long is it in metres? =
- 19.📐 On a plan, 1 cm stands for 5 m. A wall is 2 cm long on the plan. How long is the real wall, in metres?
- 20.📐 On a plan, 1 cm stands for 20 m. A wall is 3 cm long on the plan. How long is the real wall, in metres?
- 21.📐 A model car is drawn so that 1 cm stands for 30 cm. The car is 4 cm long in the drawing. How long is the real car, in centimetres?
- 22.📐 On a plan, 1 cm stands for 20 m. A wall is 2 cm long on the plan. How long is the real wall, in metres?
- 23.📐 A beam is 780 cm long. How long is it in metres? =
- 24.📐 A beam is 620 cm long. How long is it in metres? =
- 25.📐 On a plan, 1 cm stands for 10 m. A real bridge is 180 m long. How long is it on the plan, in centimetres?
- 26.📐 A model car is drawn so that 1 cm stands for 20 cm. The car is 8 cm long in the drawing. How long is the real car, in centimetres?
- 27.📐 How many millimetres are in 1 centimetre? (a) 5 (b) 100 (c) 10 (d) 1000
- 28.📐 On a plan, 1 cm stands for 20 m. A real bridge is 140 m long. How long is it on the plan, in centimetres?
- 29.📐 A model car is drawn so that 1 cm stands for 10 cm. The car is 14 cm long in the drawing. How long is the real car, in centimetres?
- 30.📐 On a plan, 1 cm stands for 2 m. A wall is 7 cm long on the plan. How long is the real wall, in metres?
- 31.📐 On a plan, 1 cm stands for 5 m. A wall is 3 cm long on the plan. How long is the real wall, in metres?
- 32.📐 On a plan, 1 cm stands for 5 m. A wall is 12 cm long on the plan. How long is the real wall, in metres?
- 33.📐 A model car is drawn so that 1 cm stands for 30 cm. The car is 3 cm long in the drawing. How long is the real car, in centimetres?
- 34.📐 A beam is 300 cm long. How long is it in metres? =
- 35.📐 A beam is 710 cm long. How long is it in metres? =
- 36.📐 On a plan, 1 cm stands for 20 m. A wall is 19 cm long on the plan. How long is the real wall, in metres?
- 37.📐 On a plan, 1 cm stands for 10 m. A wall is 19 cm long on the plan. How long is the real wall, in metres?
- 38.📐 A model car is drawn so that 1 cm stands for 20 cm. The car is 2 cm long in the drawing. How long is the real car, in centimetres?
- 39.📐 A beam is 290 cm long. How long is it in metres? =
- 40.📐 On a plan, 1 cm stands for 5 m. A real bridge is 45 m long. How long is it on the plan, in centimetres?
Answer key
- 4.1
- 3.9
- 18
- big things fit on paper
- 100
- 9.3
- 5.1
- 6.9
- 24
- 360
- 1000
- 4.6
- 4.4
- 200
- 8.5
- 6
- 400
- 8.6
- 10
- 60
- 120
- 40
- 7.8
- 6.2
- 18
- 160
- 10
- 7
- 140
- 14
- 15
- 60
- 90
- 3
- 7.1
- 380
- 190
- 40
- 2.9
- 9
Free engineering lessons, practice and worksheets at talentjr.in/engineering-for-kids