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H D Two cannons aimed directly at each other fire simultaneously. The cannon balls have the same speed immediately after being fired. Some time later, the cannon balls collide at point P. How does Xc, the horizontal distance from the edge of the building to where the cannon balls collide, depend on the height of the building H? Xc does not depend on H Xc increases as H decreases Xc decreases as H decreases

H D Two cannons aimed directly at each other fire simultaneously. The cannon balls have the same speed immediately after being fired. Some time later, the cannon balls collide at point P. How does Xc, the horizontal distance from the edge of the building to where the cannon balls collide, depend on the height of the building H? Xc does not depend on H Xc increases as H decreases Xc decreases as H decreases

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H D Two cannons aimed directly at each other fire simultaneously. The cannon balls have the same speed immediately after being fired. Some time later, the cannon balls collide at point P. How does Xc, the horizontal distance from the edge of the building to where the cannon balls collide, depend on the height of the building H? Xc does not depend on H Xc increases as H decreases Xc decreases as H decreases
Transcribed Image Text:H D Two cannons aimed directly at each other fire simultaneously. The cannon balls have the same speed immediately after being fired. Some time later, the cannon balls collide at point P. How does Xc, the horizontal distance from the edge of the building to where the cannon balls collide, depend on the height of the building H? Xc does not depend on H Xc increases as H decreases Xc decreases as H decreases
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