Question

Choose the correct statement related to uniform circular motion
1) the acceleration of uniform circular motion is tangential to the circle
2) the acceleration in uniform circular motion is directly radially involved
3) the velocity in uniform circular motion has constant magnitude
4) the velocity in uniform circular motion is directed radially involved

Answer 1

Answer:

the answer should be point 3

Answer 2

The velocity in 'uniform circular motion' has 'constant magnitude' is the correct statement.

Explanation:

• Uniform circular motion at a constant velocity can be defined as the motion of an object in a circle. As an object moves around in a circle, its direction is constantly changing. At any rate, the object moves tangentially to the circle.
• Throughout physics, acceleration is the rate of change in an object's velocity as per time. Accelerations are the proportions of the vectors. The acceleration orientation of an object is provided by the orientation of the constant force acting upon that object.

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