tal. The tot of water in the tank is 8 m. A water jet ater tank has a sloping inclined at 45 degree with the ho issues from an orifice located on the inclined side of the tank under a hydrostatic head of 5 m or that orifice is located 3 m vertically above the bottom of the tank. Coefficient of velocity is 1.0. neglecting the air resistance on the jet. A. Evaluate the vertical height in meters that the jet rises above the level of the orifice B. Determine the time it takes for this particle of the jet to sit the ground that is 1.20 m below the bottom of the tank in secon C. Determine the horizontal distance on the ground traveled by the jet from the center of the orifice in meters 7A h = 2.5 m (use the concept of Projectile Motion) 7B t = 1.88 sec 7C 5 m 3 m 4.2 m
tal. The tot of water in the tank is 8 m. A water jet ater tank has a sloping inclined at 45 degree with the ho issues from an orifice located on the inclined side of the tank under a hydrostatic head of 5 m or that orifice is located 3 m vertically above the bottom of the tank. Coefficient of velocity is 1.0. neglecting the air resistance on the jet. A. Evaluate the vertical height in meters that the jet rises above the level of the orifice B. Determine the time it takes for this particle of the jet to sit the ground that is 1.20 m below the bottom of the tank in secon C. Determine the horizontal distance on the ground traveled by the jet from the center of the orifice in meters 7A h = 2.5 m (use the concept of Projectile Motion) 7B t = 1.88 sec 7C 5 m 3 m 4.2 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:7. A water tank has a sloping inclined at 45 degree with the horizontal. The total depth of water in the tank Is 8 m. A water jet
issues from an orifice located on the inclined side of the tank under a hydrostatic head of 5 m or that orifice is located 3 m
vertically above the bottom of the tank. Coefficient of velocity is 1.0. neglecting the air resistance on the jet.
A. Evaluate the vertical height in meters that the jet rises above the level of the orifice
B. Determine the time it takes for this particle of the jet to sit the ground that is 1.20 m below the bottom of the tank in seconds
C. Determine the horizontal distance on the ground traveled by the jet from the center of the orifice in meters
7A
h = 2.5 m (use the concept of Projectile
Motion)
7B
t = 1.88 sec
7C
x = 13.2 m
5 m
3 m
Ih
4.2 m
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