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4.2.12R WP A hydraulic jump is shown in Fig. P4.2.12R. The depth of flow z2 after the hydraulic jump is 4 m larger than z1. The total flowrate in the channel is 400 m³/s and the channel width is 50 m. The length l over which the jump occurs is about 0.5 m. If the depth z1 = 6 m, then what is the average acceleration (in g's) of the liquid as it flows across the jump. Hydraulic jump V2 V1 Z2 Z1 FIGURE P4.2.12R

4.2.12R WP A hydraulic jump is shown in Fig. P4.2.12R. The depth of flow z2 after the hydraulic jump is 4 m larger than z1. The total flowrate in the channel is 400 m³/s and the channel width is 50 m. The length l over which the jump occurs is about 0.5 m. If the depth z1 = 6 m, then what is the average acceleration (in g's) of the liquid as it flows across the jump. Hydraulic jump V2 V1 Z2 Z1 FIGURE P4.2.12R

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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4.2.12R WP A hydraulic jump is shown in Fig. P4.2.12R. The depth of flow z2 after the hydraulic jump is 4 m larger than z1. The total flowrate in the channel is 400 m³/s and the channel width is 50 m. The length l over which the jump occurs is about 0.5 m. If the depth Z1 = 6 m, then what is the average acceleration (in g's) of the liquid as it flows across the jump. Hydraulic jump V2 V1 7.2 Z1 FIGURE P4.2.12R
Transcribed Image Text:4.2.12R WP A hydraulic jump is shown in Fig. P4.2.12R. The depth of flow z2 after the hydraulic jump is 4 m larger than z1. The total flowrate in the channel is 400 m³/s and the channel width is 50 m. The length l over which the jump occurs is about 0.5 m. If the depth Z1 = 6 m, then what is the average acceleration (in g's) of the liquid as it flows across the jump. Hydraulic jump V2 V1 7.2 Z1 FIGURE P4.2.12R
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