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18.2 Calculating Speed, Distance and Time In this section we extend the ideas of speed to calculating distances and times, using the following formulae: Speed = Distance Time Distance =Speed Time× Time = Distance Speed Example 1 Jane drives at an average speed of 45 mph on a journey of 135 miles. How long does the journey take? Solution Time ...
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 ...
Speed, Distance, Time Worksheet. Use * m/s, km/h, or mph. Calculate Speed R̅= P 1. A car travels a distance of 540km in 6 hours. Calculate the speed of the car. 2. John is a runner. He runs the 100m sprint in 20.0 s. Calculate the John’s speed. 3. Lauren walks 400 m in 125 s . Calculate Lauren’s average speed. 4.
2 wrz 2019 · Distance Time Graphs Practice Questions. Click here for Questions. Click here for Answers. travel graphs, distance-time. Practice Questions. Previous: Stem and Leaf Practice Questions. Next: Indices Practice Questions. The Corbettmaths Practice Questions on Distance-Time Graphs.
Question 10: Calculate how long each journey lasts. Give each answer in hours and minutes. (a) A car travels 100 miles at a speed of 40mph. (b) A lorry travels 90 miles at a speed of 60 mph. (c) A bus drives at a speed of 48mph and covers a distance of 60 miles. (d) A helicopter Wlies 105 kilometres at a speed of 140 km/h (e) A bird covers a ...
How to Find Distance in Speed-Time Graph. The diagram below shows a speed-time graph of a car. A straight line indicates a constant speed for a length of time. In order to calculate distance traveled, you’ll need to consider the horizontal axis and vertical axis as length and breadth.
Here is an example of a distance-time graph. point. Horizontal axis — always time. Returns to starting point. Red line — the object is moving away from the starting point. Blue line — the distance is not changing so the object is not moving i.e. it is stationary. Purple line — the object is moving away from the starting point.
