Answer :
Final answer:
The question pertains to physics, focusing on the concept of horizontal launch and projectile motion. A ball is thrown horizontally from a building and travels a distance before falling to the ground. This scenario involves the principles of gravity, speed, and motion.
Explanation:
This problem is related to the field of physics, and more specifically deals with the concepts of projectile motion and horizontal launch.
A ball being thrown horizontally from the top of a building will follow a path similar to a downward-sloping parabola, due to the effects of gravity. As the ball is launched horizontally, its vertical speed at the point of launch is zero, but it picks up speed as it falls under the force of gravity.
The horizontal distance travelled depends on the horizontal velocity of the ball (which remains constant, assuming no air resistance) and the time it takes for the ball to hit the ground (which depends on the height from which it is thrown). The height of the building and the horizontal distance at which the ball falls from the base of the building are the two key measurements provided in this question, and could be used in combination with the equations of motion to find either the time of flight or the horizontal velocity of the ball.
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https://brainly.com/question/20627626
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