Distance-time graph of an athlete's 5-hour journey, including segments for travel, rest, and return.

Graph showing a 5-hour journey of an athlete, with distance in kilometers on the y-axis and time in hours on the x-axis, illustrating three phases: initial increase in distance, a flat line indicating rest, and a decrease in distance during return.

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Show Answer Key & Explanations Step-by-step solution for: Section:______ Name: Velocity-Time Graph Worksheet

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(i) The average speed during the first 2 hours is calculated by dividing the distance traveled (12 km) by the time taken (2 hours), resulting in 6 km/h.

(ii) Between 2 and 3 hours, the athlete was resting, as indicated by the horizontal line on the graph showing no change in distance over that period.

(iii) For the return journey, the average speed is found by dividing the distance traveled back (12 km) by the time taken (1.5 hours), which equals 8 km/h.

Parent Tip: Review the logic above to help your child master the concept of velocity time graphs worksheets.

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