![]() ![]() Let’s make it clear that while defining the ‘relative motion’, the three things we should consider: To understand the motion of the moving body, we need to observe it from specific frames – to say the body’s motion is relative to that frame. That means the motion is not determined with reference to the earth but with the other moving body on the earth. ![]() The relative motion is the estimation of the body’s motion concerning other moving or stationary objects. Therefore, their motion is relative to the observer’s frames. The motion of two moving bodies might look different for different observers based on which frames they observed. But the next question is ‘ relative to whom?‘, When two moving bodies interact with each other, we can say their motion is relative. What is the Relative Motion Theory? Motion is Relative mean? Hence, whenever two bodies interact, those different frames describe the motion between interacting bodies as a ‘relative motion’. Examples illustrating ‘What is Relative Motion?’Īll motions have various appearances or perspectives as we view them from different frames. ![]() The theory of relative motion will help us understand why these motions appear different for different observers. Have you noticed that you appear stationary to the other passengers? But if someone sees you from the outside of the train, your motion appears similar to the train velocity to them. Suppose you are travelling with other passengers in a train that is moving at 40 km/hr. Let’s take one of the examples that explain the meaning of relative motion between two bodies. “The motion of the body is moving with respect to another body which is either moving or at rest, known as relative motion between both interacting bodies.” Relative Motion Examples The relative motion is the motion between two interacting bodies defined as ![]()
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