Very small particles moving in viscous fluids experience a drag force proportional to
speed. Consider a particle of net weight W dropped in a fluid. The particle experiences a
drag force, FD = kV, where V is the particle speed. Determine the time required for the
particle to accelerate from rest to 95 percent of its terminal velocity Vt in terms of k, W,
and g. Express the distance required to reach 95% of its terminal speed in terms of g, K,
and W.

Respuesta :

Answer:

t = 3w/gk

y = w²/gk²(2+e^-gkt/t)

Explanation:

The detailed step by step solution can be found in the attachment below.

Vt = W/k. It is the velocity of the body when the drag force = the weight of the particle.

I steps have been explaine6in the attachments below.

Ver imagen akande212
Ver imagen akande212