Suppose a car moves from point ‘P’ to point ‘Q’ and returns to point P, as shown in the figure, what is the distance it has traveled and its displacement?
Answers
Answer:
We know that,
Distance is the total length of path travelled by a particle in particular time.
So,
Distance travelled by the car in travelling from point P to Q and back to P is:
Distance= 360+360=720 metres
Displacement is the length of path between final and initial position of the particle in particular time.
So,
Displacement travelled by the car in travelling from point P to Q and back to P is:
Displacement=360-360=0 metres
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The answer is Distance = 720 metres and Displacement = 0 metres
Explanation:
Distance is the total length of the path traveled by a particle at a particular time.
Therefore, the distance traveled by car in traveling from point P to Q and back to P can be calculated as
Total Distance = 2 x Distance = 2 x 360
= 720 metres
Displacement is the length of the path between the final and initial position of the particle at a particular time.
Hence, displacement traveled by car in traveling from point P to Q and back to P is:
Displacement = 360 - 360 = 0 metres
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