Physics, 09.11.2019 03:31 ZachLaVine2016
The formula for height (in feet) of a projectile under the influence of gravity is given by ℎ = − + + where = (in seconds), is the upward initial velocity (at = 0), and is the starting/initial height. 2) imagine, you are throwing tennis ball at a kite that is stuck 42 feet up in a tree, trying to knock it loose. you can throw the ball at a velocity of 45 feet per second upward at a height of 4 feet. will you throw read the kite? how hard do you need to throw ball to reach the kite? explain your answer using equations, solutions, and graphs.
Answers: 1
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The formula for height (in feet) of a projectile under the influence of gravity is given by ℎ = − +...
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