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

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.

Two rain drops of equal volume , falling with terminal velocity 10cms^(-1) , merge while falling and forms a larger drop . Find the terminal velocity of the larger drop .

Eight rain drops of radius 1mm each falling downwards with a terminal velocity of 5 cm c^(-1) coalesce to form a bigger drop. Find the terminal velocity of bigger drop.

Eight rain drops of radius 1mm each falling downwards with a terminal velocity of 5 cm s^(-1) collapse to form a bigger drop. Find the terminal velocity of bigger drop.

Twenty-seven drops of radius 2 mm each falling downwards with a terminal velocity of 4 ms^(-1) coalesce to form a bigger drop. What will be the terminal velocity of the bigger drop?

1000 drops of radius 1 mm each falling downwards with a terminal velocity of 5 cms ""^(-1) coalesce to form a bigger drop. What will be the terminal velocity of the bigger drop?

Six small raindrops each of radius 1.5 mm, come down with a terminal velocity of 6 cm s^(-1) . They coalesce to form a bigger drop. What is the terminal velocity of the bigger drop?

Six small raindrops each of radius 1.5 mm, come down with a terminal velocity of 6 cm s^(-1) . They coalesce to form a bigger drop. What is the terminal velocity of the bigger drop?

Eight raindrops each of radius R fall through air with teminal velocity 6 cm s^(-1) . What is the terminal velocity of the bigger drop formed by coalescing these drops together ?