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Boat A moves with a constant velocity of 20ft/s, starting from the position shown in the illustration. Find e in order for the projectile to hit the boat 5 sec. after starting, under the conditions given. How high is the hill above the water? (^

Boat A moves with a constant velocity of 20ft/s, starting from the position shown in the illustration. Find e in order for the projectile to hit the boat 5 sec. after starting, under the conditions given. How high is the hill above the water? (^

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Boat A moves with a constant velocity of 20ft/s, starting from the position shown in the illustration. Find θ in order for the projectile to hit the boat 5 sec. after starting, under the conditions given. How high is the hill above the water?

2 v, = 96.6 ft/s Constant VA = 20 ft/s A 301 ft Boat A moves with a constant velocity of 20ft/s, starting from the position shown in the illustration. Find 0 in order for the projectile to hit the boat 5 sec. after starting, under the conditions given. How high is the hill above the water? (
Transcribed Image Text:2 v, = 96.6 ft/s Constant VA = 20 ft/s A 301 ft Boat A moves with a constant velocity of 20ft/s, starting from the position shown in the illustration. Find 0 in order for the projectile to hit the boat 5 sec. after starting, under the conditions given. How high is the hill above the water? (
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