Physics, asked by samuelthalang8p8z88x, 1 year ago

the relative velocity of the particle moving with a velocity with respect to itself is ??
plzzz solve it stepwise with a reason

Answers

Answered by Adityaadidangi
11
the relative velocity means the particle or object or any thing is at rest with respect to whom we are taking relativity
as when you run, when you observe your any body part, it is not moving with respect to you

for finding relative velocity of any object w.r.t. any other reference object
substrate the velocity if reference object from the other objects velocity
Answered by krishna210398
0

Answer:

The relative velocity of a body with respect to itself is zero.

Explanation:

Reason-

  • A body has no relative movement with appreciate to itself. subsequently if a body of reference of the frame is constant, then the frame may be constantly at relative relaxation in this frame of reference.

  • The relative velocity of a body with appreciate to itself is 0.

  • A body has no relative motion with appreciate to itself. hence if a frame of reference of the frame is fixed, then the body could be usually at relative relaxation on this body of reference.

  • The relative pace is described as the speed of an item with respect to some other observer. it's far the time fee of alternate of relative function of one item with admire to every other item

  • Relative velocity is a distinction in velocities of  gadgets where one is at rest with respect to another. for example: motion of aeroplane in wind and shifting boat in water. it may be expressed as V = Vab + Vbc whilst  bodies are in equal course so that you can work out the velocity of 1 car relative to every other, we need to subtract the speed of the car we are gazing from the velocity of the alternative car.
  • As both velocities are in a instantly line, we are able to do this without difficulty with out worrying an excessive amount of approximately the instructions of the velocities.

The relative velocity of a particle moving with a velocity v w.r.t. itself is

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the relative velocity of the particle moving with a velocity with respect to itself is ??

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