Conservation of Energy - Bernouli Equation Q4. If the fountain nozzle sprays water 2 ft into the air, determine the velocity of the water it leaves the nozzle at A. B 2 ft
Conservation of Energy - Bernouli Equation Q4. If the fountain nozzle sprays water 2 ft into the air, determine the velocity of the water it leaves the nozzle at A. B 2 ft
Chapter2: Loads On Structures
Section: Chapter Questions
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Transcribed Image Text:**Conservation of Energy - Bernoulli Equation**
**Q4.** If the fountain nozzle sprays water 2 ft into the air, determine the velocity of the water it leaves the nozzle at *A*.
*Diagram Explanation:*
The diagram shows a fountain with a nozzle located at point *A*. Water is sprayed upward from the nozzle, reaching a height of 2 feet at point *B*. The vertical distance between points *A* and *B* is labeled as 2 ft. The diagram illustrates the trajectory of water as it exits the nozzle and reaches its maximum height.
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