How can a batter increase the velocity of a baseball he hits without increasing the force he uses?

  1. Squats.
  2. Leg presses.
  3. Lunges.
  4. Deadlifts.
  5. Leg curls.

Amazingly, when a batter hits a baseball which is greater the force of the bat on the ball or the force of the ball on the bat? Explanation: According to Newton’s third law, the force exerted by the bat hitting the ball will be equal in magnitude but opposite in direction of the force the ball exerts on the bat.

Likewise, how will the batter change the force on the baseball? “The batter exerts some 6000-8000 pounds of force on the ball. This force is required to change a 5 1/8th-ounce ball from a speed of 90 mph to a speed of 110 mph, this distorts the baseball to half its original diameter and the bat is compressed one fiftieth of it’s size.”

Beside above, what is the action force when a baseball bat hits the ball? The huge force exerted by the bat on the ball causes severe distortion of the ball as it is hit. So, during the bat-ball collision, an average force of roughly two tons acts during the 0.7 millisecond contact time, with a peak force of about four tons. That’s a lot of force!

Considering this, how does bat speed increase exit velocity?


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How do you increase your bat speed in youth baseball?

If you want the bat to move quickly, then one way to do it is to turn the barrel when you’re swinging. Most of the greatest hitters of all time do this, from Ted Williams to Hank Aaron to Babe Ruth. To do this, you need to tip the barrel of the bat forward, then turn it backward as well as around the ball.

Do baseballs go faster after being hit?

The faster ball will recoil faster, because the collision is partially elastic. The ball compresses at contact with the bat, and the outgoing velocity is faster than the bat velocity by the effect of the compression, which is always increasing with the incoming speed.

How does Newton’s 3rd law apply to throwing a ball?

Why? He should throw the object upward because according to Newton’s third law, the object will then exert a force on him in the same direction (i.e., upward). He should throw the object upward because according to Newton’s third law, the object will then exert a force on him in the opposite direction (i.e., downward).

What happens to the momentum of a baseball bat when it hits a baseball?

Typical of ball-bat collisions, the bat momentum dominates and the ball flies off in the opposite direction from which it came. If we increase the bat weight to 25 oz. and swing it at the same speed, then we get a substantial increase in bat momentum that results in higher ball exit velocity.

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Why does a batter stop the bat when bunting?

When a batter bunts a ball, he or she holds the bat still and allows the ball to strike the bat. After the baseball is bunted, it returns toward the pitcher—in other words, it changes direction. Momentum and velocity are vectors, so before and after velocities of the ball must be given opposite signs.

What type of force is hitting a baseball?

Newton’s first law applies to the combined forces of air pressure and gravity that act upon a baseball hit in the air. Newton’s second law regarding force, mass and acceleration applies to how high and far the ball is hit.

How does momentum apply to baseball?

Conservation of momentum means that harder you throw the harder the ball will bounce back at you. Just think about throwing a ball against a solid wall. The harder you throw the ball against the wall, the harder it bounces back. That is the reason it is easier to hit a home run on a fastball than on a curveball.

Does a baseball bat slow down when it hits a ball?

The answer here is Yes, but not much. Upon contact, there will be impulse between the bat and the ball and this impulse speeds the ball up and slows the bat down. However, according to Newton’s 3rd law of motion, which is the action-reaction of forces, says the ball is also hitting the bat, so the bat must slow down.

Which statement best describes the action-reaction forces when a baseball hits a bat?

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The force of the bat on the ball accelerates the ball (action) the force of the ball on the bat slows down the swing (reaction).

How do you show that the action and reaction forces acting on two different objects Explain activity?

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