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DISTANCE-TIME GRAPHS – PRACTICE QUESTIONS 1. Clive drove to an office for a meeting. After the meeting, he drove straight back home. The distance-time graph below shows his journey. (a) How many kilometres away is the office from Clive’s home? (b) How long was the meeting? (c) How long did it take Clive to drive to the meeting? 2. Danny ...
This document contains 5 word problems involving distance-time graphs. Some key details: - Problem 1 involves a 320 km car journey and calculates speed, distance travelled in 90 minutes, and petrol costs. - Problem 2 shows a man cycling and includes times stopped and distances at specific times.
The distance-time graph shows the time it takes two runner to sprint 60m. George is shown in blue and William is shown in orange. a. Which of the sprinters finished first? b. What was the difference in time between the two sprinters? c. What average speed did George sprint at? Question 8 The graph shows a test a company carried out on a
Draw a distance vs time graph that depicts the journey of the helicopter . The distance represent how high the helicopter is above the ground. 2) Draw a distance vs time graph of a dog that is tied to a 4 foot rope and travels in 1 complete circle.
The distance-time graph shows the time it takes two runners to sprint 60m. George is shown in blue and William is shown in orange. a. Which of the sprinters finished first? George b. What was the difference in time between the two sprinters? 2 seconds c. What average speed did George sprint at? 7.5 m/s Question 8
Free worksheet (pdf) on Distance vs Time graphs, with several engaging problems and an online component.
Making a graph showing distance and time can tell you a great deal about the motion of an object. Look at the axes below. Time is always plotted along the X-axis and Distance is always plotted along the Y-axis. Time is usually in seconds but can also be in minutes or hours.
