A jet issues from the side of a tank under a head of 4 m. The side of the tank has an inclination of one horizontal to one vertical. The total depth of water in the tank is 9 m. If the coefficient of velocity Cv is 0.9, find: Find: a.) The maximum height (m) to which the jet rises, measured from the center of the orifice. b.)The point (m) it strikes a horizontal plane 1.1 meters below the bottom of the tank. c.) The actual velocity (m/s) as it strikes the plane. (DO NOT USE WORK-ENERGY EQUATION!)
A jet issues from the side of a tank under a head of 4 m. The side of the tank has an inclination of one horizontal to one vertical. The total depth of water in the tank is 9 m. If the coefficient of velocity Cv is 0.9, find: Find: a.) The maximum height (m) to which the jet rises, measured from the center of the orifice. b.)The point (m) it strikes a horizontal plane 1.1 meters below the bottom of the tank. c.) The actual velocity (m/s) as it strikes the plane. (DO NOT USE WORK-ENERGY EQUATION!)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A jet issues from the side of a tank under a head of 4 m. The side of the
tank has an inclination of one horizontal to one vertical. The total depth of
water in the tank is 9 m. If the coefficient of velocity Cv is 0.9, find:
Find:
a.) The maximum height (m) to which the jet rises, measured from the
center of the orifice.
b.)The point (m) it strikes a horizontal plane 1.1 meters
below the bottom of the tank.
c.) The actual velocity (m/s) as it strikes the plane. (DO NOT USE
WORK-ENERGY EQUATION!)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd253cc45-001b-4020-ace0-705e09558f2f%2F893dc19d-0251-4e2c-ac5d-82ba6f5690e2%2Fet88yq_processed.png&w=3840&q=75)
Transcribed Image Text:A jet issues from the side of a tank under a head of 4 m. The side of the
tank has an inclination of one horizontal to one vertical. The total depth of
water in the tank is 9 m. If the coefficient of velocity Cv is 0.9, find:
Find:
a.) The maximum height (m) to which the jet rises, measured from the
center of the orifice.
b.)The point (m) it strikes a horizontal plane 1.1 meters
below the bottom of the tank.
c.) The actual velocity (m/s) as it strikes the plane. (DO NOT USE
WORK-ENERGY EQUATION!)
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