Problem 3 ( Learning Outcome #13 Steady liquid jet with area A hits a stationary block and splits into two jets with areas A,BA, respectively. One jet is inclined as shown, and the other is vertical. The velocity is uniform on each cross section and they are all equal to V. Pressure is the same everywhere. The depths of the jets are all 1m into the paper. Neglect the weight of the fluid. Use control volume analysis to: (a) Find the relation between aand ß;[ SAME (b) Find the horizontal and vertical forces required to hold the block stationary F₁ Fy BA V,A

Problem 3 ( Learning Outcome #13 Steady liquid jet with area A hits a stationary block and splits into two jets with areas A,BA, respectively. One jet is inclined as shown, and the other is vertical. The velocity is uniform on each cross section and they are all equal to V. Pressure is the same everywhere. The depths of the jets are all 1m into the paper. Neglect the weight of the fluid. Use control volume analysis to: (a) Find the relation between aand ß;[ SAME (b) Find the horizontal and vertical forces required to hold the block stationary F₁ Fy BA V,A

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Description: Jjjjkkkkkkm Problem 3 (: Learning Outcome #3Steady liquid jet with area A hits a stationary block and splits into two jets with areas A,BA,respectively. One jet is inclined as shown, and the other is vertical. The velocity is uniform on each cross-se

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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