A particle is moving in a circle of diameter 14m. Calculate the distance covered and the displacement, when it completes 3 revolutions. ( Ans: s = 132m , s> = 14m )
Answers
Answer:
distance =3(2πr)
=6(22/7)7
=132m
displacement=0
As initial and final points are same
Answer:
distance =3(2πr)
=6(22/7)7
=132m
=displacement=0
Explanation:
Distance is the full motion of an item without any regard to direction. we are able to outline distance as to how lots floor an item has covered in spite of its beginning or ending factor.
Displacement is described because the alternate in function of an object. it's miles a vector amount and has a direction and value. it's miles represented as an arrow that factors from the beginning position to the final role. as an instance- If an object moves from A function to B, then the object’s position modifications. this change in position of an object is referred to as Displacement.
Distance and displacement are portions that can seem to mean the same issue yet have pretty distinctive definitions and meanings.
Distance is a scalar amount that refers to "how a good deal ground an object has blanketed" in the course of its motion.
Displacement is a vector amount that refers to "how some distance out of location an object is"; it's miles the object's normal change in position.
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