The bug starts at 2.0 seconds and crawls to the left 6.0 m in 10.0s It then rests for 2.0 seconds and crawls further 2.0 m to the left in 6.0 seconds The bug then crawls 10.0 m to the right in 8.0 seconds It returns to its starting point in the next 4.0 seconds Find the velocity of the bug for each of the four intervals a) to d)

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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The bug starts at 2.0 seconds and crawls to the left 6.0 m in 10.0s It then rests for 2.0 seconds and crawls further 2.0 m to the left in 6.0 seconds The bug then crawls 10.0 m to the right in 8.0 seconds It returns to its starting point in the next 4.0 seconds Find the velocity of the bug for each of the four intervals a) to d)
ug s path on a number line so you know what the maximum displacemer
AIso, add up all the times so you know the total time. Make travelling left negative o
graph and travelling right positive.
The bug starts at 2.0 m and.crawls to the left 6.0m in 10.0 seconds.
1) It thên rests for 2.0 seconds and crawls a further 2.0 m to the left in 6.0 seconds.
ii) The bug then crawls 10.0 m to the right in 8.0 seconds.
Ev) It returns to its starting point in the next 4.0 seconds.
v) Find the velocity of the bug for each of the 4 time intervals a) to d).
vi) What is the total distance covered by the bug?
vii) What is the total displacement of the bug?
viii)
x) What is the average velocity of the bug?
3) Draw the velocity vs time graph for the bug.
What is the average speed of the bug?
Transcribed Image Text:ug s path on a number line so you know what the maximum displacemer AIso, add up all the times so you know the total time. Make travelling left negative o graph and travelling right positive. The bug starts at 2.0 m and.crawls to the left 6.0m in 10.0 seconds. 1) It thên rests for 2.0 seconds and crawls a further 2.0 m to the left in 6.0 seconds. ii) The bug then crawls 10.0 m to the right in 8.0 seconds. Ev) It returns to its starting point in the next 4.0 seconds. v) Find the velocity of the bug for each of the 4 time intervals a) to d). vi) What is the total distance covered by the bug? vii) What is the total displacement of the bug? viii) x) What is the average velocity of the bug? 3) Draw the velocity vs time graph for the bug. What is the average speed of the bug?
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