discuss the condition owining to which newton general law ( 2nd law ) takes the form of F=ma. explain the case , when mass of an atomic particle can change.
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Newton's second law of motion - The rate of change of momentum of a body is directly proportional to the force applied on it and this change in momentum takes place in the direction of the applied force, i.e.
F ∝ Δ p / Δ t
where p denotes momentum and Δt is the change in momentum in time Δt.
When mass m of the body is constant at velocity v (which is much smaller than the velocity of light c) then the rate of change of momentum is:
F ∝ Δ p / Δ t
= m × Δ Δ v / Δ t
= ma
F = ma
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the second law is the one that tells you how to calculate the value of a force Force (measure in Newtons) in one of the fundamental physical property of a system and comes in many forms iske aage nahin aate sorry friend
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