How much net force is required to keep a 2kg object moving to the right and with a constant velocity? Answer and Explanation: Thus, if an object is moving with constant velocity and no external force, like a frictional force, then the object continues to move with the same velocity in the same direction. Hence […]

What is a 2 kg object moving at a speed of 3.0 m s collides with? Final answer: Using the principle of conservation of momentum, we find that after the 2 kg object moving at 3.0 m/s collides with a 1 kg object at rest, the combined object moves at 2.0 m/s in the same

What is the net force acting on a body of mass 2 kg moving with a constant velocity of 10 m s? 2×10=20N. When an object is moving along a straight line then? When an object moves along a straight line, it is said to be in linear motion. What does it mean when an

When an object is moving at a constant? Constant motion is a type of motion that occurs when either the distance traveled by the object is the same for each second (constant speed) or the speed of the object changes by the same amount each second (constant acceleration). What is an object that moves with

How do you find the kinetic energy of a mass of 2 kg? Kinetic energy=12mv2=12×2×102 =100 kgm2s−2=100 J. Q. The kinetic energy of a body of mass 2kg moving with a speed of 10ms−1 is: Q. What percentage of kinetic energy of a moving particle is transferred to a stationary? =(1−925)12mυ2×10012mυ2=64% What are the characteristics

What is a body of mass 2 kg moves with an acceleration 3m? Answer: the force acting on the body with a mass of 2 kg and an acceleration of 3 m/s² is 6 Newtons (N). Where: F is the force in Newtons (N). How much work is done on a body of mass 2

What is the momentum of a 3kg bowling ball moving at 3 m s? Expert-Verified Answer The momentum of an object is calculated by multiplying its mass (m) by its velocity (v). In this case, you have a 3 kg bowling ball moving at 3 m/s, and you want to find its momentum (p). So,

What is a block of mass 2 kg moving with? A block of mass 2 kg is moving with speed v0 towards a massless unstreched spring (K=10N/m). It is found that for maximum speed v0=√6.4m/s, the block compresses the spring, stops at that position and does not return back. Friction coefficient at surface is μ=1x.

What would Dr Hewitt need to have done to exert an even greater force than he did in his karate demonstration? To exert an even greater force than he did in his karate demonstration, Dr. Hewitt would need to increase his speed. Which has more momentum a 1 ton car moving at 100km h or

What is the net force acting on a 1.0 kg ball moving at a constant speed? Since the body is moving with a uniform velocity which is not changing,due to Newton’s first law,net force acting on it is zero. What happens if a ball is moving at a constant velocity? As the ball is moving