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Use the model s=- g²+v₁t+s with g=32 ft/sec² or g=9.8 m/sec². An NBA basketball player has a 36 in. vertical leap. Suppose that he jumped from ground level with an initial velocity of 8√3 ft/sec. (a) Write a model to express the player's height (in ft) above ground level t seconds after leaving the ground. (b) Use the model from part (a) to determine how long it would take the player to reach his maximum height of 36 in. (3 ft). 1 Part: 0 / 2

Use the model s=- g²+v₁t+s with g=32 ft/sec² or g=9.8 m/sec². An NBA basketball player has a 36 in. vertical leap. Suppose that he jumped from ground level with an initial velocity of 8√3 ft/sec. (a) Write a model to express the player's height (in ft) above ground level t seconds after leaving the ground. (b) Use the model from part (a) to determine how long it would take the player to reach his maximum height of 36 in. (3 ft). 1 Part: 0 / 2

Algebra and Trigonometry (6th Edition)
Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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Use the model s = - 1279²2² ²2²+v₁t+s with g=32 ft/sec² 2 Part: 0 / 2 with g=32 ft/sec or g=9.8 m/sec An NBA basketball player has a 36 in. vertical leap. Suppose that he jumped from ground level with an initial velocity of 8√3 ft/sec. (a) Write a model to express the player's height (in ft) above ground level t seconds after leaving the ground. (b) Use the model from part (a) to determine how long it would take the player to reach his maximum height of 36 in. (3 ft). BE
Transcribed Image Text:Use the model s = - 1279²2² ²2²+v₁t+s with g=32 ft/sec² 2 Part: 0 / 2 with g=32 ft/sec or g=9.8 m/sec An NBA basketball player has a 36 in. vertical leap. Suppose that he jumped from ground level with an initial velocity of 8√3 ft/sec. (a) Write a model to express the player's height (in ft) above ground level t seconds after leaving the ground. (b) Use the model from part (a) to determine how long it would take the player to reach his maximum height of 36 in. (3 ft). BE
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