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Motion can be described relative to a frame of reference from "summary" of Physics 11 by British Columbia. Schools Department. Curriculum Development Branch

When we observe an object in motion, we must consider our own position in relation to the object. This is because motion is not absolute - it is always relative to a frame of reference. A frame of reference is a set of coordinates that can be used to determine the position of an object in motion. For example, if we are standing on a train platform watching a train go by, our frame of reference is the platform itself. We can describe the motion of the train in relation to the platform - how fast it is moving, in what direction, and so on. However, if we were on the moving train itself, our frame of reference would be different. We would now describe the motion of the train in relation to the inside of the train, rather than the platform outside. This concept of relative motion is crucial in physics because it allows us to accurately describe and predict the movement of objects. Without considering a frame of reference, we would not be able to make sense of the world around us. Imagine trying to describe the flight of a bird without taking into account the ground below or the air around it. It would be impossible to make any meaningful observations or predictions. By understanding that motion is relative to a frame of reference, we can make precise measurements, calculate velocities, and analyze the forces acting on an object. This concept forms the foundation of classical mechanics and is essential for any study of physics. So next time you see something in motion, remember to consider your own frame of reference - it may just change the way you see the world.
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    Physics 11

    British Columbia. Schools Department. Curriculum Development Branch

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