- #1
Arun Raja
- 17
- 0
Homework Statement
Homework Equations
p=mv[/B]
The Attempt at a Solution
My thoughts-
Answer is C as KE is not conserved since velocity of ball has decreased.
Option A also seems correct.[/B]
What is the momentum transferred in a rubber ball collision?
- Thread starter Arun Raja
- Start date
In summary, the elasticity of a rubber ball is a crucial factor in its collision, with a more elastic ball resulting in a higher bounce. Other factors that determine the outcome of a rubber ball collision include the speed, direction, angle, and surface of the collision. The mass of a rubber ball does not have a significant impact on its collision, as the other factors play a larger role. Two rubber balls of different sizes can have the same outcome in a collision due to the influence of mass and elasticity. The surface on which the balls collide also affects the collision, with a hard and smooth surface resulting in a higher bounce and a soft and rough surface resulting in a lower bounce. Friction between the balls on the surface can also impact their direction
p=mv[/B]
My thoughts-
Answer is C as KE is not conserved since velocity of ball has decreased.
Option A also seems correct.[/B]
- #2
ehild
Homework Helper
- 15,542
- 1,917
What is the momentum transferred to the wall if the momentum of the ball is pB before impact and pA after the impact (in the opposite direction). What is the momentum transferred if pA =pB? Which is greater?
ehild
ehild
Related to What is the momentum transferred in a rubber ball collision?
1. How does the elasticity of a rubber ball affect its collision?
The elasticity of a rubber ball plays a crucial role in its collision. A more elastic rubber ball will be able to store and release more energy upon impact, resulting in a higher bounce. On the other hand, a less elastic rubber ball will absorb more energy, resulting in a lower bounce.
2. What factors determine the outcome of a rubber ball collision?
The outcome of a rubber ball collision is determined by several factors, including the speed and direction of the balls before impact, the angle of collision, the elasticity of the balls, and the surface on which they are colliding.
3. How does the mass of a rubber ball affect its collision?
The mass of a rubber ball does not have a significant impact on its collision. In a collision between two balls of different masses, the heavier ball will exert a greater force on the lighter ball, resulting in a change in direction and velocity for both balls.
4. Can two rubber balls of different sizes have the same outcome in a collision?
Yes, two rubber balls of different sizes can have the same outcome in a collision. This is because the mass, elasticity, and other factors play a more significant role in determining the outcome, rather than just the size of the balls.
5. How does the surface on which two rubber balls collide affect the collision?
The surface on which two rubber balls collide can greatly affect the collision. A hard and smooth surface will result in a higher bounce, while a soft and rough surface will absorb more energy and result in a lower bounce. The surface also plays a role in the friction between the balls, which can impact their direction and velocity after the collision.
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