[" In the given diagram system is in equilibrium.If applied force "F" is doubled how much distance,the mass less block will "],[" more towards right before new equilibrium is achieved."],[qquad [x^((x)/(xm))],[" (inew) "-F]]

In the above diagram system is in equilibrium if applied force F is doubled how much mass less block will more towards right before new equilibrium is achieved .

If the speed of a motor car is doubled , how much more distance will it cover before stopping under the same retarding force ?

The gravitational force between two masses is F. If the distance between the masses is doubled. What will be the new force between them.

Observe the following diagram and answer the questions How will the value of force F change if the distance r is doubled ?

Observe the following diagram and answer the questions How will the value of force F change if the distance r is doubled ?

A retarding force is applied to stop motor car. If- the speed of the motor car is doubled, how much more distance will it cover before stopping under the same retarding force?

A retarding force is applied to stop a motor car . If the speed of the motor car is doubled , how much more distance will it cover before stopping under the same retarding force ?

Figure shown a spring block system hanging in equilibrium. The block of system is pulled down by the distance x and imparted a velocity v in downward direction as shown in figure. Find the time it will take to reach its mean position. Also find the maximum distance to which if will move before returning back towards mean position.

Figure shown a spring block sysytemhanging in equilibrium. The block of system is pulled down by the distance x and imparted a velocity v in downward direction as shown in figure. Find the time it will take to reach its mean position. Also find the maximum disance to which if will move before returning back towards mean position.