Robert Adair (physicist) Quotes (11 quotes)

Robert Adair (physicist): 11 quotes0 likes

Famous Robert Adair (physicist) Quotes

“Much of the subtlety of baseball is derived from the fact that so much of the game is played in the region between definitely smooth flow and definitely turbulent flow, at ball velocities greater than 50 mph and smaller than 120 mph.”

Robert Adair (physicist)

Source: The Physics Of Baseball (Second Edition - Revised), Chapter 2, The Flight Of The baseball, p. 7

“We not that those players with weaker arms might be better off throwing at a lower angle to get the ball to the plate on the bounce. If the surface is Astroturf, the 90-mph player can gain as much as 0.2 seconds, or 6 feet, on the runner by throwing on the bounce. But if his team is playing on grass and his groundskeeper has kept the grass long and well watered to help his team (which relies on singles, speed, and baserunning), the ball may lose so much speed at the bounce that nothing will be gained.”

Robert Adair (physicist)

Source: The Physics Of Baseball (Second Edition - Revised), Chapter 4, Running, Fielding, And Throwing, p. 61

“Control pitchers hit corners with an uncertainty of of about 3". One must be a fairly good shot to shoot a pistol with that accuracy.”

Robert Adair (physicist)

Source: The Physics Of Baseball (Second Edition - Revised), Chapter 3, Pitching, p. 27

“Every 3 feet of lead is worth about one-tenth of a second, and a rolling start is worth a good half second. Indeed, the difference between the runner having his weight mainly on his front foot and mainly on his back foot (but don't let the pitcher catch you leaning!) must be worth more than one-tenth of a second.”

Robert Adair (physicist)

Source: The Physics Of Baseball (Second Edition - Revised), Chapter 4, Running, Fielding, And Throwing, p. 57

“A small, but interesting, portion of baseball can be understood on the basis of physical principles. The flight of balls, the liveliness of balls, the structure of bats, and the character of the collisions of balls and bats are a natural province of physics and physicists.”

Robert Adair (physicist)

Source: The Physics Of Baseball (Second Edition - Revised), Chapter 1, Models And Their Limitations, p. 1

“Note that the ball falls at a rather large angle at the end of its flight; the trajectories are not symmetric.”

Robert Adair (physicist)

Source: The Physics Of Baseball (Second Edition - Revised), Chapter 2, The Flight Of The baseball, p. 15