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A large catapult, standing on a flat field, throws a rock into the air with initial...

A large catapult, standing on a flat field, throws a rock into the air with initial speed 17.8 m/s at an angle 33.1o to the horizontal. At the same time, there is a wind blowing parallel to the ground, causing the rock at accelerate at 0.703 m/s2 horizontally. Ignoring friction: find the horizontal distance, in m, that the rock travels before it hits the ground.

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Answer #1

In projectile, horizontal acceleration is zero, but here additional acceleration is given. Just using this, horizontal distance is calculated.

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