361377 After terminal velocity is reached the acceleration of a body falling through a viscous fluid is :

361378 When a metallic sphere is dropped in a long column of a liquid, the motion of the sphere is opposed by the viscous force of the liquid. If the apparent weight of the sphere equals to the retarding forces on it, the sphere moves down with a velocity called

361379 A spherical ball is dropped in a long column of a highly viscous liquid. The curve in the graph shown, which represents the speed of the ball (\(v\)) as a function of time ( \(t\)) is:

361380 A small sphere falls from rest in a viscous liquid. Due to friction, heat is produced. The rate of production of heat depends on the radius as (At terminal velocity).

361377 After terminal velocity is reached the acceleration of a body falling through a viscous fluid is :

361378 When a metallic sphere is dropped in a long column of a liquid, the motion of the sphere is opposed by the viscous force of the liquid. If the apparent weight of the sphere equals to the retarding forces on it, the sphere moves down with a velocity called

361379 A spherical ball is dropped in a long column of a highly viscous liquid. The curve in the graph shown, which represents the speed of the ball (\(v\)) as a function of time ( \(t\)) is:

361380 A small sphere falls from rest in a viscous liquid. Due to friction, heat is produced. The rate of production of heat depends on the radius as (At terminal velocity).

361377 After terminal velocity is reached the acceleration of a body falling through a viscous fluid is :

361378 When a metallic sphere is dropped in a long column of a liquid, the motion of the sphere is opposed by the viscous force of the liquid. If the apparent weight of the sphere equals to the retarding forces on it, the sphere moves down with a velocity called

361379 A spherical ball is dropped in a long column of a highly viscous liquid. The curve in the graph shown, which represents the speed of the ball (\(v\)) as a function of time ( \(t\)) is:

361380 A small sphere falls from rest in a viscous liquid. Due to friction, heat is produced. The rate of production of heat depends on the radius as (At terminal velocity).

361377 After terminal velocity is reached the acceleration of a body falling through a viscous fluid is :

361378 When a metallic sphere is dropped in a long column of a liquid, the motion of the sphere is opposed by the viscous force of the liquid. If the apparent weight of the sphere equals to the retarding forces on it, the sphere moves down with a velocity called

361379 A spherical ball is dropped in a long column of a highly viscous liquid. The curve in the graph shown, which represents the speed of the ball (\(v\)) as a function of time ( \(t\)) is:

361380 A small sphere falls from rest in a viscous liquid. Due to friction, heat is produced. The rate of production of heat depends on the radius as (At terminal velocity).