At $ 3.5 $ feet above home plate, a baseball is hit with the initial velocity of $ 125 \mathrm{ft} / \mathrm{sec} $ at an angle of elevation of $ 35^{\circ} $. Let $ t=0 $ be the time when the ball is hit. Using the position function in parametric form, find the horizontal distance the ball will travel if air resistance is neglected.

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The Answer of At $ 3.5 $ feet above home plate, a baseball is hit with the initial velocity of $ 125 \mathrm{ft} / \mathrm{sec} $ at an angle of elevation of $ 35^{\circ} $. Let $ t=0 $ be the time when the ball is hit. Using the position function in parametric form, find the horizontal distance the ball will travel if air resistance is neglected.

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At $3.5$ Feet Above Home Plate, a Baseball Is Hit with the Is