Bonus: How much energy did the bat transmit to the ball?

In summary, the conversation revolves around finding the amount of energy transmitted from a bat to a ball, with considerations for positive and negative values. The use of the equation Ek=1/2mv^2 is suggested, but the person is unsure if it is applicable. They also mention being currently on kinetic energy in their physics class and question if the answer is related to work. Further clarification on the problem is needed.
  • #1
laurenyntema
3
0

Homework Statement


Bonus: How much energy did the bat transmit to the ball? (Note: if the bat gave energy to the ball, then this is a positive number. If the bat absorbed energy from the ball, then this is a negative number.)


Homework Equations


I have absolutely no idea... Ek=1/2mv^2?



The Attempt at a Solution


I still have absolutely no idea. Is there actually an equation I can use for this?? My physics teacher hasn't actually taught us how to do these problems althought we are currently on kinetic energy. Since the answer is in joules, does it have to do with the amount of work?
 
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  • #2
I think there is some more to the question.
Presumably a ball arrived at some velocity and left back in the opposite direction with another velcity
 
  • #3


I understand your confusion and frustration. The amount of energy transmitted from the bat to the ball depends on a variety of factors such as the velocity of the bat, the mass and velocity of the ball, and the materials and construction of both objects. Without specific values for these variables, it is difficult to provide a precise answer. However, as you mentioned, the equation for kinetic energy (Ek=1/2mv^2) can be used to calculate the energy, assuming we have the necessary information. Additionally, the concept of work can also be applied to determine the energy transfer between the bat and ball. It is important to note that the energy transferred may not be a simple numerical value, as it can involve both positive and negative values depending on the direction of the energy transfer. I recommend discussing this problem with your physics teacher to gain a better understanding of how to approach and solve it.
 

Related to Bonus: How much energy did the bat transmit to the ball?

1. How is the energy of the bat transmitted to the ball?

The energy of the bat is transmitted to the ball through the collision between the two objects. When the bat makes contact with the ball, the force and momentum of the bat are transferred to the ball, causing it to move with a certain velocity and energy.

2. What factors affect the amount of energy transmitted from the bat to the ball?

The amount of energy transmitted from the bat to the ball is affected by several factors, such as the velocity of the bat, the mass of the bat and ball, the angle of the bat, and the material properties of both objects. Additionally, the type of pitch and the location of the impact on the bat can also impact the energy transfer.

3. Does the type of bat affect the amount of energy transmitted?

Yes, the type of bat can affect the amount of energy transmitted to the ball. Bats made of different materials, such as wood, aluminum, or composite materials, have different properties and can result in varying levels of energy transfer. Additionally, the design and construction of the bat can also impact the energy transfer.

4. Can the energy transmitted from the bat to the ball be calculated?

Yes, the energy transmitted from the bat to the ball can be calculated using the principles of physics, such as conservation of energy and momentum. Factors such as the velocity and mass of the bat and ball, as well as the angle of impact, can be used to determine the amount of energy transferred.

5. How does the energy transmitted from the bat to the ball affect the distance the ball travels?

The energy transmitted from the bat to the ball plays a significant role in determining the distance the ball travels. The greater the energy transferred, the faster the ball will travel and the further it will go. However, other factors such as air resistance and spin on the ball can also impact its distance.

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