A steel ball of mass m falls in a viscous liquid with terminal velocity v, then the steel ball of mass `8m` will fall in the same liquid with terminal velocity

When a sphere falling in a viscous fluid attains a terminal velocity, then

Rain drops fall with terminal velocity due to

A small lead ball is falling freely in a viscous liquid The velocity of the ball

A metallic sphere of mass M falls through glycerine with a terminal velocity v. If we drop a ball of mass 8M of same metal into a column of glycerine, the terminal velocity of ball will be

A lead sphere acquires a terminal velocity upsilon when falls in a vicous liquid. The terminal velocity attained by another lead sphere of radius three times in the same liquid will be _______

A lead sphere acquires a terminal velocity v when falls in a viscous liquid. What will be the terminal velocity attained by another lead sphere of radius three times in the same liquid ?

A sphere of mass M and radius R is falling in a viscous fluid. The terminal velocity attained by the falling object will be alphaortional to :

A small sphere of volume V falling in a viscous fluid acquires a terminal velocity v_t . The terminal velocity of a sphere of volume 8V of the same material and falling in the same fluid will be :

A steel ball of mass 2m suffersone-dimensional elastic collision with a row of three steel balls, each of mass m. If mass 2m has collided with velocity v and the three balls numbered 1,2,3 were initially at 2 . rest, then after the collision

A small metal ball of mass m is dropped in a liquid contained in a vessel , attains a terminal velocity v . If a metal ball of same material but of mass 8 m is droped is same liquid then the terminal velocity will be