Answered: 1.) Using the procedure employed in…

Name: Y = 9810NmFHMETHOD 1: Plane SurfacesMETHOD 2: Curved SurfacesFvTAKE N
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Description: Y = 9810NmFHMETHOD 1: Plane SurfacesMETHOD 2: Curved SurfacesFvTAKE NOTE: Use the 2 methods to solve the problem.COMPARE/DIFFERENTIATE THE TWO METHODS.Plane SurfacesF=?45°gate width=1m1mCurved SurfacesDirections: Guide Question/s:1.) Using the proce

Engineering

Mechanical Engineering

1.) Using the procedure employed in calculating FH, Fv, and F in a curved surfaces, will it be applicable also in calculating the hydrostatic force F in an inclined rectangular gate?

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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Topic Video

Question

Y = 9810
N
m
FH
METHOD 1: Plane Surfaces
METHOD 2: Curved Surfaces
Fv
TAKE NOTE: Use the 2 methods to solve the problem.
COMPARE/DIFFERENTIATE THE TWO METHODS.
Plane Surfaces
F=?
45°
gate width=1m
1m
Curved Surfaces
Directions: Guide Question/s:
1.) Using the procedure employed in calculating FH, F, and F in a curved surfaces, will it be
applicable also in calculating the hydrostatic force F in an inclined rectangular gate?

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Step 3: Calculation of hydrostatic force on the gate by using curved surface equations

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