cross over dribble

[BillyMac]

Originally Posted by mendi

Can you say that any force against the gravitation force count as comes to rest? (meaning when player make force on the ball from bottom, delaying the time that it takes the ball to fall by newton rules of gravitation) Is it ok to dribble while you always touch the ball according to gravitational force?

NFHS Rule 11-1-A: g = 9.81 m/s2 = 32.2 ft/s2. Good rule to memorize.

[Back In The Saddle]

Originally Posted by BillyMac

NFHS Rule 11-1-A: g = 9.81 m/s2 = 32.2 ft/s2. Good rule to memorize.

I guess I need to add an accelerometer to my equipment list. Does Honig's carry them?

[just another ref]

Originally Posted by BillyMac

NFHS Rule 11-1-A: g = 9.81 m/s2 = 32.2 ft/s2. Good rule to memorize.

I believe, and you will correct me if I am wrong, that this formula is only accurate if we ignore the resistance of the air, or the friction from passing through the atmosphere, or whatever the applicable technical terms are.

[Back In The Saddle]

Originally Posted by just another ref

I believe, and you will correct me if I am wrong, that this formula is only accurate if we ignore the resistance of the air, or the friction from passing through the atmosphere, or whatever the applicable technical terms are.

And let's not forget that at some point the ball may reach terminal velocity.

[just another ref]

Originally Posted by Back In The Saddle

And let's not forget that at some point the ball may reach terminal velocity.

This experiment takes place in an airport?

[Camron Rust]

Originally Posted by just another ref

I believe, and you will correct me if I am wrong, that this formula is only accurate if we ignore the resistance of the air, or the friction from passing through the atmosphere, or whatever the applicable technical terms are.

And as the ball comes to rest in the dribbler's hand, those reduce to 0. They only have an effect when the ball is moving (or the air is moving relative to the ball).