Question

the motion in which a particle moves along a circular path then it is called​

Answer 1

The motion in which a particle moves along a circular path it is called Circular motion.

Circular motion:

• In physics, round movement is a motion of an item alongside the circumference of a circle or rotation alongside a round path. It may be uniform, with regular angular charge of rotation and regular speed, or non-uniform with a converting charge of rotation.

• The rotation round a set axis of a three-d frame includes round movement of its parts. The equations of movement describe the motion of the middle of mass of a frame. In round movement, the space among the frame and a set factor at the floor stays the same.

Explanation:

• The rotation round a set axis of a three-d frame includes round movement of its parts.

• The equations of movement describe the motion of the middle of mass of a frame. In round movement, the space among the frame and a set factor at the floor stays the same.

• The distance round a circle is equal to a circumference and calculated as 2•pi•R in which R is the radius. The time for one revolution across the circle is known as the duration and denoted with the aid of using the image T. Thus the common pace of an item in round movement is given with the aid of using the expression 2•pi•R / T.
• Centripetal forces motive centripetal accelerations. In the unique case of the Earth's round movement across the Sun – or any satellite's round movement round any celestial body – the centripetal pressure inflicting the movement is the end result of the gravitational appeal among them

Answer 2

Answer:

the motion in which a particle moves along a circular path then it is called uniform circular motion.

Explanation:

Uniform circular motion is that the motion of an object traveling at a continuing (uniform) speed on a circular path. Period T is the time required to travel once around the circle, that is, to create one complete revolution. Uniform circular motion is that the motion of an object traveling at a continuing (uniform) speed on a circular path.

Hence, Uniform circular motion is the right answer.

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