A distance between pitcher and batter = 18.39m A ball's velocity u=41.52m/s diameter D=0.074m mass m=145.5g Air's density ρ = 1.18kg/m^3 viscosity μ = 1.86E-05 Pa*s kinetic viscosity ν= 1.58E-05 m^2/s In the coordinate system, following thrown baseball, the origin is center of the ball. x-axis is the direction of the thrown ball, z-axis is rotation axis. (C_D(drag coefficient) is 0.5 , and u is constant) Ball's rpm is 2266 per minute. Determine the scale of the distance the baseball moves to y-axis direction,by rotation, when the ball meets the batter.
A distance between pitcher and batter = 18.39m A ball's velocity u=41.52m/s diameter D=0.074m mass m=145.5g Air's density ρ = 1.18kg/m^3 viscosity μ = 1.86E-05 Pa*s kinetic viscosity ν= 1.58E-05 m^2/s In the coordinate system, following thrown baseball, the origin is center of the ball. x-axis is the direction of the thrown ball, z-axis is rotation axis. (C_D(drag coefficient) is 0.5 , and u is constant) Ball's rpm is 2266 per minute. Determine the scale of the distance the baseball moves to y-axis direction,by rotation, when the ball meets the batter.
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
Chapter7: Locus And Concurrence
Section7.2: Concurrence Of Lines
Problem 7E: Which lines or line segments or rays must be drawn or constructed in a triangle to locate its a...
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A distance between pitcher and batter = 18.39m
A ball's velocity u=41.52m/s
diameter D=0.074m
mass m=145.5g
Air's density ρ = 1.18kg/m^3
viscosity μ = 1.86E-05 Pa*s
kinetic viscosity ν= 1.58E-05 m^2/s
In the
x-axis is the direction of the thrown ball, z-axis is rotation axis.
(C_D(drag coefficient) is 0.5 , and u is constant)
Ball's rpm is 2266 per minute.
Determine the scale of the distance the baseball moves to y-axis direction,by rotation, when the ball meets the batter.
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