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segment Quarter circle, y gate radius r G: density p 4r 4r 37 A segment gate of radius 1.5 m and width 1.5 m is submerged in water as shown in the figure. Note the water level is such that a quarter circle is submerged. a) Find the horizontal component of thrust, F,. b) Find the vertical component of thrust, F,. c) Determine the distance ¤ (m) in the horizontal direction from the wall below the gate to the line of application of the vertical component oft hydraulic thrust on the gate. d) Determine the distance y (m) segment gate. the ater surface to the line of application of the horizontal component of the hydraulic thrust on the giv

segment Quarter circle, y gate radius r G: density p 4r 4r 37 A segment gate of radius 1.5 m and width 1.5 m is submerged in water as shown in the figure. Note the water level is such that a quarter circle is submerged. a) Find the horizontal component of thrust, F,. b) Find the vertical component of thrust, F,. c) Determine the distance ¤ (m) in the horizontal direction from the wall below the gate to the line of application of the vertical component oft hydraulic thrust on the gate. d) Determine the distance y (m) segment gate. the ater surface to the line of application of the horizontal component of the hydraulic thrust on the giv

Elements Of Electromagnetics
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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Calculated a) as 16.554kN, b) as 26.003kN and c) as 0.637m

Need help with d) and e)

segment Quarter circle, gate radius r density p 4r 4r A segment gate of radius 1.5 m and width 1.5 m is submerged in water as shown in the figure. Note the water level is such that a quarter circle is submerged. a) Find the horizontal component of thrust, F,. b) Find the vertical component of thrust, Fy. c) Determine the distance x (m) in the horizontal direction from the wall below the gate to the line of application of the vertical component of the hydraulic thrust on the gate. d) Determine the distance y (m) from the water surface to the line of application of the horizontal component of the hydraulic thrust on the given segment gate. e) Determine the magintude of the total hydraulic thrust for the same quarter circle.
Transcribed Image Text:segment Quarter circle, gate radius r density p 4r 4r A segment gate of radius 1.5 m and width 1.5 m is submerged in water as shown in the figure. Note the water level is such that a quarter circle is submerged. a) Find the horizontal component of thrust, F,. b) Find the vertical component of thrust, Fy. c) Determine the distance x (m) in the horizontal direction from the wall below the gate to the line of application of the vertical component of the hydraulic thrust on the gate. d) Determine the distance y (m) from the water surface to the line of application of the horizontal component of the hydraulic thrust on the given segment gate. e) Determine the magintude of the total hydraulic thrust for the same quarter circle.
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