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A frog jumps in the air. The height, in inches, of the frog is modeled by the function h(t)=60t-75t , where t is the time after it jumped, measured in seconds.

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A frog jumps in the air The height in inches of the frog is modeled by the function ht60t75t where t is the time after it jumped measured in seconds Solve class=

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onyebuchinnaji

The time of motion of the frog after it jumped into air is determined as 0.8 second.

Time of motion of the frog

The time of motion of the frog is determined by solving the quadratic equation as follows;

60t - 75t² = 0

60t = 75t²

divide both sides by t

60 = 75t

divide both sides by 75

60/75 = t

0.8 s = t

Thus, the time of motion of the frog after it jumped into air is determined as 0.8 second.

Learn more about time of motion here: https://brainly.com/question/2364404

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