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#1
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Quicker bat speed = further distance.
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#2
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Quicker bat speed does necessarily not equal more distance...physics has proved this...
F=ma Force equals mass times acceleration. The force the batter is contacting the ball with does not necessarily go up. If the bat is reduced by 2 ounces, and the acceleration is increased by 2 mphs...really no difference. Of course the above is a very simplified way of looking at it...you would also have to talk about torque on the bat head, the kind of wood, corking material, and glue used and their density and elasticity. Hitter might gain a tiny bit of distance if they connect just right... Joshua |
#3
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Your units are wrong. And mph is velocity not acceleration.
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#4
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okay...so I posted late at night and forgot about my units...it has been 25 years since i was in physics in college. Still think that a corked bat might cause negligible results though. I do agree that more control of the bat would create better contact but again...hard to measure.
As to Williams...he used a 33 ounce bat...about 2 ounces less than average of the time. Many people close to Williams and Williams himself often spoke about the swing and the eye as the key to their power. Williams generated torque and his eye was amazing. Watch Ruth, Williams, Ott, Gehrig, Mize, Mantle, and other hr hitters from that era. They often swung using whole body rotation generating bat speed, and torque. Now watch Bonds, AROD, Ortiz, McGwire, Sosa, Fielder, Howard...they generate power mostly with upper body strength and even swing with just their hands. I am always amazed watching them hit homeruns at times. Griffey Jr was an exception in my mind and his power was generated with his smooth full body swing. Also, lengths of bats matter as well...the lever affect does happen. It is easier to move a baseball with a longer bat than a shorter one. Anyone who hit a ball on the handle as opposed to the barrell can tell you this. Type of wood is also important. How much the wood will indent and spring back before it reaches a breaking point is also a factor. This is not to even talk about the ball and the elasticity of the ball, hitting it on the laces vs. the sweet spot, frictional, rotational mechanics of the ball, etc. Physics has shown that swinging a heavier bat slightly faster is better than swinging a lighter bat much faster. There are some great articles on this...one found here. http://www.acs.psu.edu/drussell/bats/batw8.html Oh, btw, I did play baseball for ten years all the way through high school. I did have some experience with this. And just for honesty's sake... I used a 33 inch bat that weighed 33 ounces. I was not a power hitter at all...in fact, I barely hit period. I was used mostly as a fourth outfielder who could bunt, make contact with the ball, and walk. Joshua |
#5
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To add: per links I and Tiger8Mush posted above, you should get all the academic explanation necessary. The one that really jumped out at me is the comment that many many hits, being glancing blows, are hugely influenced by the angle at which the bat hits back, and whether this will create back spin and carry the ball further. This is definitely a factor and is not calculable using simply force/mass/acceleration equations. Last edited by itjclarke; 05-04-2013 at 01:48 PM. Reason: To add |
#6
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Corking a bat doesn't improve performance.
http://www.acs.psu.edu/drussell/bats/corkedbat.html http://www.acs.psu.edu/drussell/bats...atingPaper.pdf
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#7
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The steroids didn't help them at all.
That's precisely why they did them and then lied about it, bc they thought they weren't helping them at all.
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#8
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And the formula that matters is K=1/2MVsquared(No superscript in this text editor) So long way Kinetic energy=half mass times velocity squared.
After that the elasticity of the ball and bat, and the angle of the impact come into play. Maybe the spring rate of the bat as it bends and springs back on impact -Maybe. I'm not sure the spring back is fast enough to give any energy back to the ball. And no, I don't recall the formulas for most of that. I haven't used them in around 25 years. (There's also some very complex stuff involving the ball passing through the air that I've never really gotten the math for. I understand the concepts, but not the calculus) Basically, yes, faster bat=more distance than heavier bat. Unless you have slow hands like me, then the heavier bat is better. ![]() Steve B |
#9
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