Full Answer

## How is impulse equal to change in momentum?

Impulse is Equal to Change in Momentum (force x time)= mass (velocity final - velocity initial) Newton's Third Law states every action has an equal and opposite reaction Strategy: How can golfers hit a good shot? During the impact between a golf club and a golf ball, the force of the golf club affects the ball.

## What is the impulse of a golf club?

However, since the club has more mass than the ball, it's speed will not change drastically resulting in moving approximately 13 meters per second. The impulse, therefore, is equal to the change in momentum.

## What is the formula for a change in momentum?

a) A change in momentum would be = momentum after - momentum before. It's also a vector quantity so is the ball going in the same direction afterwards?

## Is it possible for a baseball to have momentum?

STUDY Flashcards Learn Write Spell Test PLAY Match Gravity Created by lcazzato Terms in this set (12) Is it possible for a baseball to have as large a momentum as a much more massive bowling ball? Explain. Yes.

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When a golf club hits a golf ball the change in momentum of the ball is The change in momentum of the club?

When a golf club hits a golf ball, the change in momentum of the ball is smaller than the change in momentum of the club. False, because the change in momentum of the ball is much greater because it was at rest. It went from zero momentum to a lot (however much the mass is times the velocity given to it by the club).

## Is the momentum of the ball conserved in this process?

Is the momentum of the ball conserved in this process? Explain. No. Momentum is not conserved since there is a net force on the ball, which is the component of weight along the incline.

## Which has more momentum which has more momentum slow moving bowling ball a very fast baseball?

Which has more momentum: a fast bowling ball or a fast baseball? ? They have the same momentum.

## Is the momentum of the ball the same just after hitting the floor as just before hitting the floor?

Just before it hits, the momentum is in the downward direction, and after it hits the floor, the momentum is in the upward direction. a. Why isn't the momentum of the basketball conserved even though the bounce is a collision? b.

## How do you find change in momentum?

1) The change in momentum of an object is its mass times the change in its velocity. Δp=m⋅(Δv)=m⋅(vf−vi) .

## Why is momentum not conserved in a falling ball?

The momentum of the ball is not conserved because an external force (gravity) is applied on it. The momentum of a system is conserved where there are no external forces on it.

## What causes momentum changes?

The amount of momentum gained by an object is proportional to its mass and velocity together. Hence, the change in one quantity can cause a change in momentum. That means, if you increase or decrease an object's mass, then its momentum changes.

## What causes the momentum of the object to change as it falls?

The force of gravity causes the object to accelerate. Free fall is motion where the acceleration is caused by gravity. When something falls on Earth, there is fluid friction from the air around it. This friction acts against gravity, reducing the acceleration of falling objects.

## What factors may contribute to the changes in momentum?

What two factors affect an object's momentum? Momentum is affected by the mass of the object and its velocity (or speed).

## Where does momentum go when a ball bounces?

conservation of momentum: The amount of momentum in a system remains the same after a collision. elastic collision: A collision in which all of the momentum is conserved. For example, a ball that bounces back up to its original height.

## What will happen to the velocity and momentum of each ball when the small ball hits the heavier large ball?

What will happen to the velocity and momentum of each ball when the small ball hits the heavier large ball? The momentum and velocity of the small ball will transfer to the big ball but will not move it far. State Newton's third law of motion.

## Did all the balls lose momentum and why?

All of the balls lost momentum because there are no perfectly elastic collisions in the real world. Even the most elastic collisions are slightly inelastic. When a ball bounces, energy is transferred to heat, noise or internal energy, which decreases the amount of momentum.

## How do you know if momentum is conserved?

Momentum is conserved when the mass of the system of interest remains constant during the interaction in question and when no net external force acts on the system during the interaction.

## Is momentum conserved when a ball hits a wall?

When the ball hits the vertical wall net external force remains zero due to the presence of opposite vectors which cancels out internally, and this makes linear momentum remain conserved.

## Is momentum always conserved?

In collisions between two isolated objects Newton's third law implies that momentum is always conserved. In collisions, it is assumed that the colliding objects interact for such a short time, that the impulse due to external forces is negligible.

## How do you find the conservation of momentum?

Conservation of momentumWork out the total momentum before the event (before the collision): p = m × v. ... Work out the total momentum after the event (after the collision): ... Work out the total mass after the event (after the collision): ... Work out the new velocity:

## Why does a golf ball react with a golf club?

A reaction between a golf ball and golf club proves this to be true because** they apply same amount of force back onto each other, but in the opposite direction. ** For example, the golf ball applies same momentum back on the club, but travels in the same direction as the club due to the smaller mass. For example, if the club applies a force ...

## What happens when a golf club hits a golf ball?

During the impact between a golf club and a golf ball, the force of the golf club affects the ball.** This collision causes the ball to travel into the air. ** In a** collision, the amount of time the golf ball is in contact with the club and/or the amount of force applied will cause the object to speed up or slow down. ** Newton's Third Law:

## What is the third law of golf?

Newton's third law states that** every action has a equal and opposite reaction. **

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