Checkout our latest books . Improve faster than you believed was possible www.amazon.com/dp/B0CLKX91H5?binding=kindle_edition&ref=dbs_dp_awt_ser_img_widg_pc_tkin
Excellent insight! At which part of the swing motion does the acceleration begins and how do tie this to incoming ball bounce and peak point? Can please do one for serve?
Velocity, acceleration, linear momentum, angular momentum, force, moment of force, power, energy in tennis court seems be the same things, but we know they are not from our physics class. Most recreational players muscle the ball as hard as they can, yes, before ball contact they may have their highest velocity, but when you reach maximum velocity, even if you can keep that velocity in moment of contact, your acceleration is zero. If you are slowing down, well, you are decelerating. Velocity gives the ball pacing. Only acceleration gives you control and spin. That’s why a SNAP comes in! But if that snap is made from your active muscle contraction, most likely an internal shoulder rotation, the ball will accelerate but in too many directions,you still lose control. Unfortunately, human sensations are not good at detecting acceleration. Imagine you are in an aeroplane, other than departing and landing, you have no idea about the velocity or acceleration of the plane.
Most likely, the "woosh" sound means that the racket has reached a certain speed (at which this sound occurs), not the maximum acceleration of the racket.
What was the message besides selling your book? Ball stays 4/1000 on your strings and you are talking about controlling acceleration and deceleration??
I really don't understand the comment. I'm talking entirely about the timing of the swing. Acceleration that ends prior to contact is bad timing. Acceleration that ends after contact is bad timing The closer the acceleration point is to contact. The better the timing. Sorry if you didn't get it. Also sorry for mentioning my books. But if you want to view the channel. There are over 300 videos that do not mention my books, or any other products. I think those videos answer your implication. Have a great day Steve
Checkout our latest books . Improve faster than you believed was possible
www.amazon.com/dp/B0CLKX91H5?binding=kindle_edition&ref=dbs_dp_awt_ser_img_widg_pc_tkin
Excellent insight!
At which part of the swing motion does the acceleration begins and how do tie this to incoming ball bounce and peak point?
Can please do one for serve?
Love your ideas and your channel
Great concept. Really interesting
Great video
Very good idea
Velocity, acceleration, linear momentum, angular momentum, force, moment of force, power, energy in tennis court seems be the same things, but we know they are not from our physics class.
Most recreational players muscle the ball as hard as they can, yes, before ball contact they may have their highest velocity, but when you reach maximum velocity, even if you can keep that velocity in moment of contact, your acceleration is zero. If you are slowing down, well, you are decelerating.
Velocity gives the ball pacing.
Only acceleration gives you control and spin.
That’s why a SNAP comes in!
But if that snap is made from your active muscle contraction, most likely an internal shoulder rotation, the ball will accelerate but in too many directions,you still lose control.
Unfortunately, human sensations are not good at detecting acceleration. Imagine you are in an aeroplane, other than departing and landing, you have no idea about the velocity or acceleration of the plane.
Excellent
Excellent!!
Thanks. Good look this evening
Most likely, the "woosh" sound means that the racket has reached a certain speed (at which this sound occurs), not the maximum acceleration of the racket.
We also get this by focusing on "passing the hand" faster, right?
Genius
Important concept but I fear it’s probably difficult to apply. Altho acclerate early is easy enough
Timing
Newtons second law: force=mass x acceleration
Like
What was the message besides selling your book?
Ball stays 4/1000 on your strings and you are talking about controlling acceleration and deceleration??
I really don't understand the comment.
I'm talking entirely about the timing of the swing.
Acceleration that ends prior to contact is bad timing.
Acceleration that ends after contact is bad timing
The closer the acceleration point is to contact. The better the timing.
Sorry if you didn't get it.
Also sorry for mentioning my books. But if you want to view the channel. There are over 300 videos that do not mention my books, or any other products.
I think those videos answer your implication.
Have a great day
Steve
If the only message you heard was Steve selling his book, then you should clean out your ears. By the way, his books are incredible.