Is it possible in straight line motion a particle having zero speed and a non zero velocity. Explain?
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Answered by
14
No, this isn't possible because if the particle is restricted in a straight line and its speed is zero that means the particle is at rest.
For non zero velocity, the particle must have a net displacement. But a particle can't have a non-zero displacement and zero distance at the same time.
Hence, what you are asking isn't possible.
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For non zero velocity, the particle must have a net displacement. But a particle can't have a non-zero displacement and zero distance at the same time.
Hence, what you are asking isn't possible.
If you find it helpful, please mark it as brainliest!
Mehul2004:
thanks a lot bro u helped me a lot
no problem dude!
keep learning!
Answered by
7
Answer:No. It is not possible for an object to have 0 speed but non-zero velocity. It is because in a straight line motion when the magnitude of speed is zero, then with or without considering its direction , velocity will be zero only.
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