Question

What does the path of an object look like when it is in uniform motion?

Answer 1

Hint: Uniform motion is defined as the motion of an object when the object travels in a straight line and its velocity is constant in all points of that line. And it covers equal distance at an equal interval of time. If the velocity of the object is changed it is known as Non-uniform motion.

Complete step by step solution:
When one object is moving and its motion is uniform motion, so the velocity of the object is constant throughout the path of the object. So, there is no change in the velocity of the object. If the object is in uniform motion, it covers equal distance at an equal interval of time. In uniform motion, the motion of the object is equal to the actual speed of the object. And it has zero acceleration. In uniform motion, the distance-time graph shows the straight line. For example, if an object moves $10\,m{s^{ - 1}}$ , it covers $10\,m$ in $1\,s$. Here the speed is constant, so it is said to be uniform motion.

Uniform motion is also seen if the object is moving at constant velocity along with the fixed center point. So, the object moves around the circular path and it has the constant velocity and it maintains the uniform motion. For example, movement of the ceiling fan, it rotates along with the fixed center point and rotates in uniform motion until we change the speed of the fan.

$\therefore$ If the object moves in the uniform motion, the path of the object should be in a straight line and circular.

Note:
In uniform motion, the velocity of the is constant. So, it covers the equal distance at an equal interval of time. And the acceleration and deceleration of the object must be zero. Then only we consider the object is in uniform motion.