Rain drops fall with terminal velocity due to

Two exactly simlar rain drops falling with terminal velocity of (2)^(1//3) ms^(-1) coalese to from a bigger drop Find the new terminal velocity of the bigger drop.

Twenty seven identical rain drops colaese to form a big rain drop. If this rain drop travels with terminal velocity of 18 ms^(-1) , what is the terminal velocity of each small rain drop?

Twenty seven identical rain drops colaese to form a big rain drop. If this rain drop travels with terminal velocity of 18 ms^(-1) , what is the terminal velocity of each small rain drop?

Two rain drops of same radius r falling with terminal velocity v merge and from a bigger drop of radius R. The terminal velocity of the bigger drop is

Eight equal drops of water each of radius r=2mm are falling through air with a terminal velocity of 16(cm)/(s) . The eight drops combine to form a big drop. Calculate the terminal velocity of big drop.

n drops of water, each of radius 2 mm , fall through air at a terminal velocity of 8 cms^(-1) If they coalesce to form a single drop, then the terminal velocity of the combined drop is 32 cms^(-1) The value of n is

Eight equal droplets of water each ofradius rare falling through air with a terminal velocity of 7.5 cm//s^2 . The drops coalesce to form a big drop in air. What will be the terminal velocity of the big drop.

At a given place two rain drops of volumes V and 8V are falling down with terminal velocities. Their terminal velocities are in the ratio