An athlete whose event is the shot put releases a shot. When the shot whose path is shown by the graph to the right is released at an angle of 50°, its height, f(x), in feet, can be modeled by f(x)=−0.02x2+1.2x+6.3, where x is the shot's horizontal distance, in feet, from its point of release. What is the maximum height of the shot and how far from its point of release does this occur? The maximum height is ?, which occurs ? feet from the point of release.
An athlete whose event is the shot put releases a shot. When the shot whose path is shown by the graph to the right is released at an angle of 50°, its height, f(x), in feet, can be modeled by f(x)=−0.02x2+1.2x+6.3, where x is the shot's horizontal distance, in feet, from its point of release. What is the maximum height of the shot and how far from its point of release does this occur? The maximum height is ?, which occurs ? feet from the point of release.
Chapter9: Quadratic Equations And Functions
Section9.6: Graph Quadratic Functions Using Properties
Problem 9.104TI: A path of a toy rocket thrown upward from the ground at a rate of 208 ft/sec is modeled by the...
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An athlete whose event is the shot put releases a shot. When the shot whose path is shown by the graph to the right is released at an angle of
50°, its height, f(x), in feet, can be modeled by
f(x)=−0.02x2+1.2x+6.3, where x is the shot's horizontal distance, in feet, from its point of release.
What is the maximum height of the shot and how far from its point of release does this occur? The maximum height is ?, which occurs ? feet from the point of release.
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