Printable · GCSE Foundation · ages 14-16
Geometry and measures worksheet — GCSE Foundation
Fifteen questions across the geometry and measures statements at Foundation tier. Choose the non-calculator filter to rehearse Paper 1, which counts for a third of the marks.
Geometry and measures worksheet — GCSE Foundation
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- 1.A sector of a circle has an angle of 150°. Work out what fraction of the circle's area the sector is.
- 2.A trapezium has parallel sides of length 6 cm and 10 cm, and a perpendicular height of 4 cm. Work out its area.
- 3.p is the column vector with top number 5 and bottom number 2. q is the column vector with top number 1 and bottom number 6. Work out p + q, giving your answer as a column vector in the form (top, bottom).
- 4.Put sin 30°, tan 30° and cos 30° in order of size, starting with the smallest.
- 5.A church tower is due east of a village. What is the three-figure bearing of the church tower from the village?
- 6.In triangle ABC, angle ABC = 90° and angle BAC = 30°. The hypotenuse AC = 12 cm. Work out the exact length of AB.
- 7.Two straight lines cross at a point. To find the points that are the same distance from both lines, which construction should be used?
- 8.A garden plan is drawn to a scale of 1 cm : 1.8 m. A path on the plan measures 4.5 cm. What is the real length of the path, in metres, to 1 decimal place?
- 9.A jug holds 750 ml of water. Work out what fraction of a litre this is.
- 10.A triangular flag has a base of 40 cm and a perpendicular height of 25 cm. Work out its area.
- 11.Triangle XYZ has angle X = 90°. Angle Y = 34°. Work out angle Z.
- 12.A hexagon has interior angles of 130°, 142°, 125°, 150°, 135° and x°. Work out the value of x.
- 13.A chocolate bar is a prism. Its cross-section is a triangle with a base of 6 cm and a perpendicular height of 5 cm, and the bar is 12 cm long. Work out the volume of the bar.
- 14.Point B is at (1, 6). It is reflected in the x-axis. Work out the coordinates of the image of point B.
- 15.A conservatory has a roof panel shaped like a regular octagon. Work out the interior angle of the octagon, then use it to work out the size of the reflex angle at the same vertex, on the outside of the roof panel.
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