When a body exhibits both rotary as well as translators motion , its motion is called
Answers
Answer:
centripetal acceleration
Explanation:
the earth in orbit the orbit is a oval in shape every curve acts as rotary motion and after the curve it will go straight that is translational motion it perform the centripetal acceleration the centripetal means moving outward is centripetal force
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Answer:
This is a centripetal force
You can basically kick or throw anything on Earth and as long as the force doesn't go directly through its center of mass, there will be both rotational motion and translational motion. Kick a ball and it'll rotate and move (it will roll), throw a frisbee and it rotates while moving through the air, or even just drop the frisbee and it'll probably spin a little bit at least before hitting the ground.
A pretty obvious example is Earth, with its translational movement around the sun that causes the year to pass and it's rotational movement that accounts for the passing of a day.