A particle covers equal distances around a circular path in equal intervals of time. It has uniform non zero rate of change of:

linear displacement

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angular displacement

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linear velocity

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angular velocity

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Solution

The correct option is A linear displacement
As the equal $d i s t a n c e s (A R C s)$ are being covered in same time so the angular speed is $c o n s t a n t$
as well linear $s p e e d .$
As the linear displacement is difference in the $p o s i t i o n s$ so this vector will be changing due to $c i r c u l a r$ motion.
As this $c i r c u l a r$ motion is $u n i f o r m$ so the $r a t e$ of change in displacement will also be $u n i f o r m .$ and off course $n o n - z e r o$ as its a $c i r c u l a r$ motion so $l i n e a r$ displacement will change.

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Similar questions

When a car runs on a circular track with a uniform speed, its velocity is said to be changing. This is because :

(a) the car has a uniform acceleration

(b) the direction of car varies continuously

(d) the car travels equal distances in unequal time intervals

If a body covers equal distances in equal intervals of time, its motion is:

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