Question

a car travels along the straight road 100m east, then 50m west. find the distance and displacement of the car

Answer 1

The distance and displacement of the car is 150 m and 111.8 m respectively.

Explanation:

A car travels along the straight road 100 m east, then 50 m west. The total distance covered by the car is equal to the total path covered by it. In this case, distance of the car is equal to 100 m + 50 m = 150 meters.

The shortest path covered by the car is called its displacement. It is given by :

$d=\sqrt{100^2+50^2} \\\\d=111.8\ m$

Hence, the distance and displacement of the car is 150 m and 111.8 m respectively.

Learn more,

A car travels along the straight road 100 m east, then 50 m west. find the distance and displacement of the car ?

https://brainly.in/question/4300740

Answer 2

Answer:

A car travels along the straight road 100 m east, then 50 m west. The total distance covered by the car is equal to the total path covered by it. In this case, distance of the car is equal to 100 m + 50 m = 150 meters. The shortest path covered by the car is called its displacement.

Explanation:

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