How will the equations od motion for an object moving with a uniform v

1.	How will the equations od motion for an object moving with a uniform velocity change
Answer» ong>Answer: ∆ V = 0 where, v = uniform velocity Explanation: The first LAW of motion can be mathematically stated from the mathematical expression for the SECOND law of motion F = ma F = m (v -u) / t [ since, a = (v -u / t) ] or, Ft = mv - mu We know that when an object has a uniform motion, force applied for keeping it in motion is 0. We know that v and u are equal for WHATEVER time taken. i.e. v = u for any time t And so, acceleration is ALWAYS 0 change in uniform velocity = v - v / t = 0 / t = 0

How will the equations od motion for an object moving with a uniform velocity change

Answer»

ong>Answer:

∆ V = 0

where, v = uniform velocity

Explanation:

The first LAW of motion can be mathematically stated from the mathematical expression for the SECOND law of motion

F = ma

F = m (v -u) / t [ since, a = (v -u / t) ]

or,

Ft = mv - mu

We know that when an object has a uniform motion, force applied for keeping it in motion is 0.

We know that v and u are equal for WHATEVER time taken. i.e. v = u for any time t

And so, acceleration is ALWAYS 0

change in uniform velocity = v - v / t

= 0 / t

= 0

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