(B) The distance covered by a body is equal to the magnitude of its displacement when the body moves along a straight-line path in a single direction.

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When the body moves along a straight line path without changing its direction.

(B) The distance covered by a body is equal to the magnitude of its displacement when the body moves along a straight-line path in a single direction.In this scenario,the path length (distance) is identical to the straight-line distance between the initial and final positions (displacement).If the body reverses its direction,the distance will be greater than the magnitude of the displacement.

Class 9 Science MOTION Mix Example - MOTION

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Under what conditions of motion,the distance covered by a body is equal to the magnitude of its displacement?

A
When the body moves in a circular path.
B
When the body moves along a straight line path without changing its direction.
C
When the body moves with a constant speed.
D
When the body moves with a constant acceleration.

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Draw a velocity versus time graph of a stone thrown vertically upwards and then coming downwards after attaining the maximum height.

Medium

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Study the given velocity-time graph and answer the following questions:
$(i)$ Which part of the graph shows accelerated motion?
$(ii)$ Which part of the graph shows retarded motion?
$(iii)$ Calculate the distance travelled by the body in the first $4 \ s$ of the journey graphically.

Medium

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$(a)$ Define acceleration.
$(b)$ $A$ stone describes a circular path with a constant speed. State the type of motion of the stone.

Easy

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Four cars $A$,$B$,$C$ and $D$ are moving on a levelled road. Their distance versus time graphs are shown in the figure. Choose the correct statement.

Medium

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$A$ car starts from rest and moves along the $x-$ axis with constant acceleration $5\, ms^{-2}$ for $8\, s$. If it then continues with constant velocity,what distance will the car cover in $12\, s$ since it started from the rest (in $m$)?

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Under what conditions of motion,the distance covered by a body is equal to the magnitude of its displacement?

Similar Questions

Draw a velocity versus time graph of a stone thrown vertically upwards and then coming downwards after attaining the maximum height.

Study the given velocity-time graph and answer the following questions:$(i)$ Which part of the graph shows accelerated motion?$(ii)$ Which part of the graph shows retarded motion?$(iii)$ Calculate the distance travelled by the body in the first $4 \ s$ of the journey graphically.

$(a)$ Define acceleration.$(b)$ $A$ stone describes a circular path with a constant speed. State the type of motion of the stone.

Four cars $A$,$B$,$C$ and $D$ are moving on a levelled road. Their distance versus time graphs are shown in the figure. Choose the correct statement.

$A$ car starts from rest and moves along the $x-$ axis with constant acceleration $5\, ms^{-2}$ for $8\, s$. If it then continues with constant velocity,what distance will the car cover in $12\, s$ since it started from the rest (in $m$)?

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Study the given velocity-time graph and answer the following questions:
$(i)$ Which part of the graph shows accelerated motion?
$(ii)$ Which part of the graph shows retarded motion?
$(iii)$ Calculate the distance travelled by the body in the first $4 \ s$ of the journey graphically.

$(a)$ Define acceleration.
$(b)$ $A$ stone describes a circular path with a constant speed. State the type of motion of the stone.