The pad does indeed produce a differnt 'hit' and based on current hitometer standards which specifically address your concerns, the hit ranges from a variable differential of 7.47855 to a whopping 8.9834. Of course, this does not take into account the amount of force put forth on the specific object but based upon current forceometer examples, current force does equal about 23.7843psi to about 38.784psi. This variable when combined with the hitometer can provide you with an idea of just how different the hit can be when addressing the ball.
Once you have a firm grasp on all that, we then have to take into consideration whether you are wearing a long or short sleeve shirt because a long sleeve shirt will produce more drag on your hit than a short sleeve shirt. We then have to address the shirtometer for more exacting numbers combined with the hitometer and forceometer. I believe trigonometry comes into play at some point but that's where I'm lost and need to confer with those mastering in trigonometers.
I hope this clarifies and answers your question. And yes, it's one of those days!
The pad does indeed produce a differnt 'hit' and based on current hitometer standards which specifically address your concerns, the hit ranges from a variable differential of 7.47855 to a whopping 8.9834. Of course, this does not take into account the amount of force put forth on the specific object but based upon current forceometer examples, current force does equal about 23.7843psi to about 38.784psi. This variable when combined with the hitometer can provide you with an idea of just how different the hit can be when addressing the ball.
Once you have a firm grasp on all that, we then have to take into consideration whether you are wearing a long or short sleeve shirt because a long sleeve shirt will produce more drag on your hit than a short sleeve shirt. We then have to address the shirtometer for more exacting numbers combined with the hitometer and forceometer. I believe trigonometry comes into play at some point but that's where I'm lost and need to confer with those mastering in trigonometers.
I hope this clarifies and answers your question. And yes, it's one of those days!
DAMN! You're absolutely correct! It goes to show you that I don't know everything. I totally forgot to take into account the lookotometer which performs the most important part of the equation. In the immortal words of Billy Crystal, it's not how you play; it's how you look and you look marvelous!
we then have to take into consideration whether you are wearing a long or short sleeve shirt.
Joe, what are the calculations if you live North of the 49th and you are wearing a toque?
Sometimes its cold in our pool rooms and we have to dress accordingly.
Just kidding, its also one of those days up here too.
Spring and no Spring in sight. Just more snow.
One of these days Ima going to take you up on the offer and work for free as long as I can trailer the Harley down there and pitch a
tent by the shop. Don't have skis for the Soft Tail yet.
niiiiice
to answer to the OP, the pad is to isolate the wood/ferrule as to eliminate risk of cracking them. And no, you won't tell any difference.
niiiiice
to answer to the OP, the pad is to isolate the wood/ferrule as to eliminate risk of cracking them. And no, you won't tell any difference.
