A baseball is thrown from the stands 45 ft above the field at an angle of 25° up from the horizontal. When and how far away will the ball strike the ground if its initial speed is 38 ft/sec? (Assume ideal projectile motion, that is, that the baseball undergoes constant downward acceleration due to gravity but no other acceleration; assume also that acceleration due to gravity is -32 feet per second-squared.) The ball will hit the ground after seconds. The ball will hit the ground a horizontal distance of feet away.
A baseball is thrown from the stands 45 ft above the field at an angle of 25° up from the horizontal. When and how far away will the ball strike the ground if its initial speed is 38 ft/sec? (Assume ideal projectile motion, that is, that the baseball undergoes constant downward acceleration due to gravity but no other acceleration; assume also that acceleration due to gravity is -32 feet per second-squared.) The ball will hit the ground after seconds. The ball will hit the ground a horizontal distance of feet away.
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Transcribed Image Text:A baseball is thrown from the stands 45 ft above the field at an angle of 25° up from the horizontal. When and how far away will the ball strike the ground if
its initial speed is 38 ft/sec?
(Assume ideal projectile motion, that is, that the baseball undergoes constant downward acceleration due to gravity but no other acceleration; assume also that
acceleration due to gravity is -32 feet per second-squared.)
The ball will hit the ground after
seconds.
The ball will hit the ground a horizontal distance of
feet away.
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