DISTANCE VS DISPLACEMENT DIFFERENCE
Here, you will get to know the difference between Distance and displacement in tabular form with examples.
Distance |
Displacement |
Definition: DISTANCE is defined as the length of the actual path between
initial position and final position traveled by an object. |
Definition: DISPLACEMENT is defined as the shortest length between
initial position and final position of the path traveled by an object. |
DISTANCE is a scalar quantity as it has only magnitude. |
DISPLACEMENT is a vector quantity as it has both magnitudes as well as
direction. |
DISTANCE is always positive. |
DISPLACEMENT can be positive or negative. |
DISTANCE for an object can never be zero. |
DISPLACEMENT for an object can be zero if the body returns to its
initial position. |
DISTANCE can never decrease with time. |
DISPLACEMENT can decrease with time. |
DISTANCE is always equal to or greater than displacement. |
DISPLACEMENT is always equal to or lesser than distance. |
DISTANCE always gives the complete information of the path followed
by an object. |
DISPLACEMENT may or may not give the complete information of the path
followed by an object. |
DISTANCE does not depend on direction. |
DISPLACEMENT is dependent on direction. |
DISTANCE = Speed x Time |
DISPLACEMENT = Velocity x Time |
DISTANCE is denoted by d or s. |
DISPLACEMENT is denoted by s and a cap or an arrow above it. |
S.I. Unit – meter denoted by m |
|
Dimension - L |
Still in doubt, here is the video link to refer to the difference between distance and displacement with examples.
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