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That's completely true. The only thing I can measure is how fast an object

is moving past me.

If you come along and ask me "But how fast was it reallymoving ?", that's

a meaningless question. There's no such thing as 'real' motion, only motion

compared to something.

Notice that there's actually no such thing as "at rest", or "motionless".

If I measure the speed of something and it turns out to be zero, then

that only means that the object and I are both moving at the same speed

and in the same direction.

Example ? Sure. How about the book in your lap, that you were reading

until you drifted off in your comfortable reclining seat, on a passenger jet

that I observe to be 5 miles above the ground moving at 350 miles an hour.

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11y ago
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10y ago

Since I am unable to know what other object is described, I am unable to see how the motion of two objects are relative to it. I recommend resubmitting your question with additional information so we are able to better assist you.

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10y ago

By using an Arrow (VECTOR) to represent its SPEED and DIRECTION. Where the Arrow points is its Direction of Motion, and its LENGTH (magnitude) is its SPEED.

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Q: How is the motion of two object's relative to the other described?
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