I don't think speed is everything, but how do you calculate a pitcher's speed when the ball is accelerating all the way from release to glove?
I'm asking a physics question because I am not a scientist. Does a ball change speeds, especially on movement pitches at a constant rate or does spin based upon laces hitting the resistant air change speeds at an irregular rate? I'm obviously not an Einstein. I'm trying to get an answer, not an insult.Did you pass high school physics? LOL
Did you pass high school physics? LOL
I'm asking a physics question because I am not a scientist. Does a ball change speeds, especially on movement pitches at a constant rate or does spin based upon laces hitting the resistant air change speeds at an irregular rate? I'm obviously not an Einstein. I'm trying to get an answer, not an insult.Did you pass high school physics? LOL
What happens to a ball on its way to the plate is acceleration with a negative value in feet per second squared.
If a rocket is launched utilizing thrust, isn't a pitcher's leg drive and arm whip a thrust? It seems to me, between leg drive, arm whip and proper utilization of spin, a ball can accelerate at some point between release and my glove when I am sitting on the bucket...otherwise, a rocket would never make it off the ground, let alone to space. I guess it's just an optical illusion.Newtons First law of motion: If there is no net force on an object, then its velocity is constant. The object is either at rest (if its velocity is equal to zero), or it moves with constant speed in a single direction.
In physics, acceleration is the rate at which the velocity of a body changes with time. In general, velocity and acceleration are vector quantities, with magnitude and direction, though in many cases only magnitude is considered (sometimes with negative values for deceleration, treating it as a one dimensional vector).