Printable · GCSE Foundation · ages 14-16
Gradients and intercepts of linear functions worksheet — GCSE Foundation
Fifteen questions on "gradients and intercepts of linear functions" — DfE statement A10. Print it, or print three versions so neighbours cannot copy by letter; the key gives the letter for each version.
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Gradients and intercepts of linear functions worksheet — GCSE Foundation
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- 1.A water tank empties according to y = −5x + 200, where y is the number of litres left after x minutes. Work out the coordinates of the point where this graph crosses the x-axis.y = -5x + 200
- 2.Write down the coordinates of the point where the line y = 2x + 4 crosses the y-axis.y = 2x + 4
- 3.Work out the gradient of the straight line with equation 3y = 12 − 6x.
- 4.A car's fuel tank contains 50 litres when it starts a journey. After travelling for 2 hours, it contains 38 litres, and fuel is used at a constant rate. Work out the rate at which fuel is used, in litres per hour.
- 5.Write down the gradient of the line with equation y = 6 + 4x.
- 6.The graph of y = mx + 6 passes through the point (−2, 0). Work out the value of m.
- 7.A ramp rises 3 m over a horizontal distance of 12 m. Work out the gradient of the ramp.
- 8.A straight line has equation y = 4 − 3x. Work out the gradient of the line.
- 9.A mobile phone plan charges a fixed monthly fee plus an amount for each gigabyte of data used. The total cost £C for using g gigabytes in a month is given by C = 15 + 2g. What does the number 2 represent in this formula?
- 10.A candle is 30 cm tall when lit and burns at a constant rate. After burning for 5 minutes, its height is 20 cm. The height h cm after t minutes is given by h = 30 − mt. Work out the value of m.
- 11.A straight line has equation 4y = 12x + 20. Work out the gradient of the line.y = 12x + 20
- 12.A straight line passes through the points (0, 4) and (1, 9). Write down the gradient of the line.
- 13.Work out the gradient of the straight line that passes through the points (−1, 5) and (3, −7).
- 14.A zip-line runs from a platform 25 m high to a landing point 5 m high, over a horizontal distance of 40 m. Work out the gradient of the zip-line.
- 15.Work out the gradient of the straight line with equation y = (2x/5) − 3.
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