4. In the picture, the hose must be fullly filled at point ABC so that water can flow out of the hose continuously until the water level in the container is parallel to point A. If the density of the water is 1000 kg/m, and the height of cach interval point is h, = 25 cm, d = 12 cm, dan hz = 40 cm, calculate: a. the velocity of the water as it exits at point C b. if the atmospheric pressure is 105 Pa, what is the water pressure at point B?
4. In the picture, the hose must be fullly filled at point ABC so that water can flow out of the hose continuously until the water level in the container is parallel to point A. If the density of the water is 1000 kg/m, and the height of cach interval point is h, = 25 cm, d = 12 cm, dan hz = 40 cm, calculate: a. the velocity of the water as it exits at point C b. if the atmospheric pressure is 105 Pa, what is the water pressure at point B?
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Transcribed Image Text:4. In the picture, the hose must be fullly filled at point ABC so that water
can flow out of the hose continuously until the water level in the
container is parallel to point A. If the density of the water is
1000 kg/m, and the height of each interval point is h, = 25 cm, d =
12 cm, dan hz = 40 cm, calculate:
a. the velocity of the water as it exits at point C
b. if the atmospheric pressure is 105 Pa, what is the water pressure at
point B?
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