Can Displacement Be Zero For A Moving Body

3 By calculating the slope from the graph speed of the body can be calculated. Since total displacement of a moving body can be zero so the average velocity of a moving body can be zero.

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For ex- An object tavels from A to B and then B to A then its average velocity will be zero.

Can displacement be zero for a moving body. So option C is correct. Assertion is correct that distance covered by a moving body is always greater than zero because distance is a scalar quantity. Recommend 0 Comment 0.

1 Yes displacement can be zero even if a body has covered some distance. Yes the displacement can be zero even if the distance is not zero. This would be the case for example of a body moving in in circular motion.

Distance is actual path covered by a body. However it will be moving with certain velocity. This implies that the distance travelled by a moving body and also its average speed can never be zero at any point of time.

However if body travels same distance to and fro the distance has some value k. 2 When a body travels in circular path after covering a circle the distance cannot be zerobut its displacement is zero. If an object has moved when will its average speed be zero.

It can be zero at the end of one round. If you leave your present position and walk down a hallway to get a drink and you walk 6m to where the drink is located your displacement is 6m in the h hallway direction. In a circular motion after executing a complete circle the average velocity of the body is zero but its average speed is not zero.

Taking the absolute value prevents the balancing part so any object that has ever moved will have a non-zero speed from that time forward. Look at it another way. Yes average velocity of a moving body can be zero.

Displacement can be zero but distance cannot be zero because distance is the total path covered but displacement is the shortst distance between the initial and final position. Hence average velocity can be zero if a body travels to point A and back to origin displacement is 0 so average velocity is also 0. However it is possible for the displacement as well as average velocity for the body to be zero at an instance during the motion of the particle.

Asked May 23 2020 in Force and Motion by Rukmani 511k points. The displacement of a moving object in a given interval of time is zero would the distance travelled by the object also is zero. No distance can never be zero.

Yes when initial and final positions are same. Velocity is the derivative of displacement position and speed is the derivative of the absolute displacement distance. Displacement can be negative because it defines a change in position of an object while carefully monitoring its direction.

If a person is at rest then only distance can be zero. For our example the object we will consider is you. So for example if you are travelling in a circle and come back to your initial point displacement is zero.

If a body after travelling comes back to its starting point the displacement is zero but the distance travelled is not zero. Answer verified by Toppr. Distance is the length of the actual path covered by a moving body.

But displacement can be zero. It is a vector quantity. This implies that the distance travelled by a moving body and also its average speed can never be zero at any point of time.

Train 90 kmh. The shortest distance between the initial and final position of a moving body is called the displacement of the body and is directed from the initial to the final position It. If a body returns to same point then displacement is zero.

Reason statement is also correct that displacement of a particle can be greater than or less than or equal to zero because displacement is a vector quantity. Average velocity is displacement by time. The rate of change of displacement of a body with respect to time is called as the velocity of the body.

Two Railway Station 50 km apart are served by a electric train which decelerate by 5 kmh per second and accelerated by 3 kmh per second the speed of. Since the total distance travelled by a moving body increases with the time so average speed of a moving body can not be zero. Measuring the Rate of Motion - Speed with Direction.

Displacement is a vector quantity. But the reason does not explains the assertion very well. The velocity can be positive negative or zero.

The displacement of a body can never be greather than the distance covered by a body is the state ment true or false. Every time the object returns to its original position its displacement will be zero. Yes it is possible for a body to have zero displacement but non zero velocity.

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