5. An object is launched at an upward velocity of 96 feet per second from the top of a building 160 feet above the ground. Use the vertical motion model h = -16t2 + vt + c, where h is the ending...

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5.<br>An object is launched at an upward velocity of 96 feet per second from<br>the top of a building 160 feet above the ground. Use the vertical<br>motion model h = -16t2 + vt + c, where h is the ending height of the<br>object, c is the initial height, in feet, of the object, t is the time, in<br>seconds, and v is the velocity of the object.<br>How long will it take the object to reach the maximum height, and<br>what is the maximum height?<br>Fill in the blanks with the appropriate values.<br>At<br>seconds, the object's maximum height will be<br>feet.<br>

Extracted text: 5. An object is launched at an upward velocity of 96 feet per second from the top of a building 160 feet above the ground. Use the vertical motion model h = -16t2 + vt + c, where h is the ending height of the object, c is the initial height, in feet, of the object, t is the time, in seconds, and v is the velocity of the object. How long will it take the object to reach the maximum height, and what is the maximum height? Fill in the blanks with the appropriate values. At seconds, the object's maximum height will be feet.

Jun 03, 2022
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