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The height (in feet) y of a bouncing ball and the time (in seconds) x since It was dropped, as shown in the graph below

The height (in feet) y of a bouncing ball and the time (in seconds) x since It was dropped, as shown in the graph below
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The height (in feet) y of a bouncing ball and the time (in seconds) x since It was dropped, as shown in the graph below

The height (in feet) y of a bouncing ball and the time (in seconds) x since It was-example-1
User Rithiur
by
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1 Answer

4 votes

Answer:

90 feet is the total distance,the total time will be the x value of the function's zero

Explanation:

The height (in feet) y of a bouncing ball and the time (in seconds) x since It was-example-1
User Rivi
by
7.8k points
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