The chipping machine is designed to eject wood chips at vo = 25 ft/s as shown...

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The chipping machine is designed to eject wood chips at vo = 25 ft/s as shown in Fig. 12-22. If the tube is oriented at 30° from the horizontal, determine how high, h, the chips strike the pile if at this instant they land on the pile 20 ft from the tube. vo = 25 ft/s 4 ft 30⁰° -20 ft -X A A. What time will the wood chips reach the highest point "X" B. At what time and horizontal distance will the wood chip be if it has the same height as point "O" C. At horizontal distance of 20ft from point "O". h is equal to 1.8ft explain this result D. Why is (Vo)x= (Va)x? The chipping machine is designed to eject wood chips at vo = 25 ft/s as shown in Fig. 12-22. If the tube is oriented at 30° from the horizontal, determine how high, h, the chips strike the pile if at this instant they land on the pile 20 ft from the tube. vo = 25 ft/s 4 ft 30⁰° -20 ft -X A A. What time will the wood chips reach the highest point "X" B. At what time and horizontal distance will the wood chip be if it has the same height as point "O" C. At horizontal distance of 20ft from point "O". h is equal to 1.8ft explain this result D. Why is (Vo)x= (Va)x?

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