Newton's second law of motion F = ma = $m\cdot \dfrac{dv}{dt} $can be written in the form $F=d/dt\left( mv\right)$ in terms of the momentum mv of a particle of mass m and velocity v, and remains valid in this form even if m is not constant, as assumed so far. Suppose a spherical raindrop f...
Drag exerted on condensing raindrop
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