Eight spherical rain drops of equal size are falling vertically through air with a terminal of `0.10 ms^(-10`. What should be the velocity if these drops were to combine to form one large spherical drop?

Eight spherical rain drops of equal size falling vertically air with a terminal velocity of 0.01m/sec. What should be the terminal velocity if these drops were to combine to form one large spherical drops?

Two spherical raindrops of equal size are falling vertically through air with a velocity of 1 m//s . What would be the terminal speed if these two drops were to coalesce to form a large spherical drop?

Two spherical raindrops of equal size are falling vertically through air with a velocity of 1 m//s . What would be the terminal speed if these two drops were to coalesce to form a large spherical drop?

Two spherical raindrops of equal size are falling vertically through air with a velocity of 1 m//s . What would be the terminal speed if these two drops were to coalesce to form a large spherical drop?

Two drops of equal size are falling vertically through air with a constant terminal velocity of 0.15 cm//s. What should be the velocity if these drops coalesce to from one drop ?

Two drops of equal size are falling vertically through air with a constant terminal velocity of 0.15 cm//s. What should be the velocity if these drops coalesce to from one drop ?

Sixty four spherical rain drops of equal size are falling vertically through air with a terminal velocity 1.5ms^(-1) . If these drops coalesce to form a big spherical drop, then terminal velocity of big drop is:

Sixty four spherical rain drops of equal size are falling vertically through air with a terminal velocity 1.5ms^(-1) . If these drops coalesce to form a big spherical drop, then terminal velocity of big drop is: