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Real Life and Distance Time Graphs

Real Life and Distance Time Graphs

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Question 12

Emily drove to the beach. She stayed at the beach and then she drove back home.

Here is Emily's travel graph.

A travel graph showing distance from home (miles) on the y-axis (0 to 40) against time on the x-axis (14 00 to 17 00). The graph consists of three straight line segments: from (14 00, 0) to (14 45, 35), from (14 45, 35) to (16 00, 35), and from (16 00, 35) to (17 00, 0). The y-axis has major grid lines every 10 units and minor grid lines every 2 units. The x-axis has major grid lines every 30 minutes and minor grid lines every 5 minutes.

TimeDistance from home (miles)
14 000
14 4535
16 0035
17 000

A travel graph showing distance from home (miles) on the y-axis (0 to 40) against time on the x-axis (14 00 to 17 00). The graph consists of three straight line segments: from (14 00, 0) to (14 45, 35), from (14 45, 35) to (16 00, 35), and from (16 00, 35) to (17 00, 0). The y-axis has major grid lines every 10 units and minor grid lines every 2 units. The x-axis has major grid lines every 30 minutes and minor grid lines every 5 minutes.

a.

For how many minutes did Emily stay at the beach?

[1]
b.

What was Emily's average speed on her journey to the beach?

[2]
Markscheme

Real Life and Distance Time Graphs Questions

  1. GCSE
  2. /Maths
  3. /Real Life and Distance Time Graphs

17 exam-style questions on WJEC GCSE Maths Real Life and Distance Time Graphs. Each one has a worked solution and a mark scheme showing where the marks go.

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