A baseball player uses a bat to hit a 0.145-kilogram stationary baseball with a force of 18,436 newtons. What is the force, in newtons, on the player's bat?
A. 
2,673 newtons

B. 
9,218 newtons

C. 
18,436 newtons

According to **Newton's Third Law of Motion**, every action has an equal and opposite reaction. This means that the force exerted by the bat on the baseball is equal in magnitude, but opposite in direction, to the force exerted by the baseball on the bat.

Since the baseball is hit with a force of **18,436 newtons**, the force exerted on the bat by the baseball is also **18,436 newtons**.

Thus, the correct answer is:
**C. 18,436 newtons**.

Would you like more details or have any questions?

Here are 5 related questions to consider:
1. What is the concept of Newton's Third Law of Motion?
2. How do action and reaction forces relate to each other?
3. What would happen if the baseball had been moving before being hit?
4. How is force related to mass and acceleration?
5. How can you calculate the impact time between the bat and the ball?

**Tip:** Newton's Third Law always involves two objects interacting, where each object exerts a force of equal magnitude and opposite direction on the other.

A baseball player uses a bat to hit a 0.145-kilogram stationary baseball with a force of 18,436 newtons. What is the force, in newtons, on the player's bat?

Discover how to apply Newton's Third Law of Motion to calculate the force exerted on a baseball player's bat. In this problem, a 0.145-kilogram stationary baseball is hit with a force of 18,436 newtons, which results in the same force on the bat. Perfect for students in Grades 9-12 learning about forces and motion.

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