How much acceleration is gained by a body of mass 2 kg when a Force of 100N acts on it?

250 m s−1.

How long should a Force of 100N acts on a body of 20 kg so that it acquires a velocity of 100m S?

So , the required time is 20 s .

What is the velocity of a body of mass 5 gm if a Force of 100 Dynes acts on the body for 10 seconds?

200 cm/sec
The velocity (in cm/s) of the mass will be. v=u+at=0+20×10=200 cm/sec.

When a Force of 4 N acts on a mass of 2 kg for a time of 2s What is the rate of change of momentum?

Data: Force= 4 N, Mass= 2 Kg, Time= 2 Sec. Rate of change of momentum is Force =? V= F×s/m=4×2/2=8/2=4. F= m×v/s=2×4/2=8/2=4.

When a force of 100N acts on a body?

Since body is moving with constant velocity, so no net force acts on the body. Hence, the force of 100 N acting on the body must be balanced by the force of friction between the body and the floor in contact. Therefore, the force of friction between the body and the floor is equal to 100 N.

What is the meaning of 100N?

100N means 100 turns of wire (N for turns)

How long should a force of 50N act on a body of mass 20 kg to give it a velocity of 25m S?

Here, F=-50N,m=20kg,u=15ms-1,υ=0,t=? t=152.5=6s.

What do you mean by 100N?

What is the velocity of a body of mass 5 gm of a force?

Explanation: Hence, the velocity produced is 200 cm/s.

When 1n force acts on 1kg?

if one Newton of force applied on the body of mass 1kg and it moves with an acceleration of 1 m/s^2. The body receives 1 m/s^2.

When a 4N force acts on a 2kg mass for a second the change in velocity is in m/s *?

A force of 4N imparts impulse of 4 per second. That is the rate of change of momentum: 4 per second. Since the force is acting on a mass of 2, the velocity will increase by 2 m/s every second.

What is the acceleration produced in a body of mass 2kg when a force of 4N applied on it?

⇒ v = 8 m/s.

What is the change in velocity of the body with force 100n?

A force 100 N acts in a body mass 2 kg for 10 s. The change in the velocity of the body is : >> A force 100 N acts in a bod… A force 100 N acts in a body mass 2 kg for 10 s. The change in the velocity of the body is : where Δv is the change in velocity.

What force acts on a body with a mass of 2kg?

A force of 10 N acts on a body of mass 2 kg for 3 s , initially at rest. Calculate: (i) the velocity acquired by the body, and (ii) change in momentum of the body.

How much force does 10 N act on a body?

A force of 10 N acts on a body for 3 microsecond (mu s) . Calculate the impulse. If mass of the body is 5 g, calculate the change of velocity.

What is the acceleration of a 10n force?

A force of 10N acts on a body of mass 2kg for 3s, initially at rest. Calculate: (i) the velocity acquired by the body, and (ii) change in momentum of the body. Therefore, acceleration, a = 5m/s2 Change in velocity, Δv =a×Δt =5m/s2 ×3s = 15m/s