Pythagorean principle on a right triangle: A2 plus B2 = C2 with A and B being adjacent sides of triangle. A and B are both 90. So, 90-squared =8100.
Two times 8100 =16200. Square root of 16200 = 127.279.
Wait for the umpire to say, "Ball's in, Two more, Three more...." etc.
The distance from home plate to first base is 90 feet and the distance from first base to second base is also 90 feet making a right angle; you can calculate how far the catcher needs to throw to 2nd base from home by Pythagorean theorem. Answer is 127.3 feet
100 ft. +/- 1ft.
Throwing out the runner means that the batter hit the ball and a fielder fielded the ball and got the batter out running to first. It could also mean that the catcher threw the ball to second base when a girl was trying to steal and got her out. The same thing applies to third base.
The distance travelled, measured in miles divided by the time taken, measured in seconds.
In little League thru High School, most batters are right handed as well. A left handed catcher will not have near as much success throwing the ball to second on a steal. Also, since most catchers are right handed, most pitchers are disoriented by a left handed catcher therefore coaches will discourage lefties from pursuing the position.
For a standard softball field, with 60 ft. bases, the distance from the apex (point) of home plate to the middle of 2nd base is 84 feet, 10-1/4 inches.
shoot intervention then in a split second hold throwing knife button
You can't convert between seconds, and meters/second. If you have a problem that involves speeds, use the formula: distance = speed x time.
Not enough information. But basically, you need to measure or calculate the distance, and then divide the distance by the time.
Catcher
If the catcher has a good enough arm to, then yes. It is the fastest way.