The range of jet issuing from the orifice on the side of a vertical vessel is 8.65 m on a horizontal plane 4.9 m below the orifice. If the orifice is under a head of 4m, 4. Compute the coefficient of velocity "Cv of the jet. a. 0.856 C. 0.977 b. 0.983 d. 0.951 5. If a 200 mm diameter orifice was used and coefficient of contraction Cc = 1, compute the discharge. a. 0.072 m/s c. 0.124 m/s %3D b. 0.272 m/s d. 0.523 m/s 6. Neglecting the determine the jet diameter as it strikes the ground. a. 135 mm C. 163 mm air friction, b. 150 mm d. 140 mm

The range of jet issuing from the orifice on the side of a vertical vessel is 8.65 m on a horizontal plane 4.9 m below the orifice. If the orifice is under a head of 4m, 4. Compute the coefficient of velocity "Cv of the jet. a. 0.856 C. 0.977 b. 0.983 d. 0.951 5. If a 200 mm diameter orifice was used and coefficient of contraction Cc = 1, compute the discharge. a. 0.072 m/s c. 0.124 m/s %3D b. 0.272 m/s d. 0.523 m/s 6. Neglecting the determine the jet diameter as it strikes the ground. a. 135 mm C. 163 mm air friction, b. 150 mm d. 140 mm

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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