29. Free-throw Shots According to physicist Peter Brancazio, the key to a successful foul shot in basketball lies in the arc of the shot. Brancazio determined the optimal angle of the arc from the free-throw line to be 45 degrees. The arc also depends on the velocity with which the ball is shot. If a player shoots a foul shot, releasing the ball at a 45-degree angle from a position 6 feet above the floor, then the path of the ball can be modeled by the function 44x? + x + 6 h(x) where h is the height of the ball above the floor, x is the forward distance of the ball in front of the foul line, and v is the initial velocity with which the ball is shot in feet per second. Suppose a player shoots a ball with an initial velocity of 28 feet per second. (a) Determine the height of the ball after it has traveled 8 feet in front of the foul line. (b) Determine h(12).What does this value represent? (c) Find additional points and graph the path of the basketball. (d) The center of the hoop is 10 feet above the floor and 15 feet in front of the foul line. Will the ball go through the hoop? Why or why not? If not, with what initial velocity must the ball be shot in order for the ball to go through the hoop? Source: The Physics of Foul Shots, Discover, Vol. 21, No. 10, October 2000
29. Free-throw Shots According to physicist Peter Brancazio, the key to a successful foul shot in basketball lies in the arc of the shot. Brancazio determined the optimal angle of the arc from the free-throw line to be 45 degrees. The arc also depends on the velocity with which the ball is shot. If a player shoots a foul shot, releasing the ball at a 45-degree angle from a position 6 feet above the floor, then the path of the ball can be modeled by the function 44x? + x + 6 h(x) where h is the height of the ball above the floor, x is the forward distance of the ball in front of the foul line, and v is the initial velocity with which the ball is shot in feet per second. Suppose a player shoots a ball with an initial velocity of 28 feet per second. (a) Determine the height of the ball after it has traveled 8 feet in front of the foul line. (b) Determine h(12).What does this value represent? (c) Find additional points and graph the path of the basketball. (d) The center of the hoop is 10 feet above the floor and 15 feet in front of the foul line. Will the ball go through the hoop? Why or why not? If not, with what initial velocity must the ball be shot in order for the ball to go through the hoop? Source: The Physics of Foul Shots, Discover, Vol. 21, No. 10, October 2000
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Transcribed Image Text:29. Free-throw Shots According to physicist Peter Brancazio,
the key to a successful foul shot in basketball lies in the
arc of the shot. Brancazio determined the optimal angle of
the arc from the free-throw line to be 45 degrees. The arc
also depends on the velocity with which the ball is shot. If
a player shoots a foul shot, releasing the ball at a 45-degree
angle from a position 6 feet above the floor, then the path of
the ball can be modeled by the function
44x?
+ x + 6
h(x)
where h is the height of the ball above the floor, x is the
forward distance of the ball in front of the foul line, and
v is the initial velocity with which the ball is shot in feet
per second. Suppose a player shoots a ball with an initial
velocity of 28 feet per second.
(a) Determine the height of the ball after it has traveled
8 feet in front of the foul line.
(b) Determine h(12).What does this value represent?
(c) Find additional points and graph the path of the
basketball.
(d) The center of the hoop is 10 feet above the floor and
15 feet in front of the foul line. Will the ball go through
the hoop? Why or why not? If not, with what initial
velocity must the ball be shot in order for the ball to go
through the hoop?
Source: The Physics of Foul Shots, Discover, Vol. 21, No. 10,
October 2000
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