Fluid Mechanics: Hydrostatic Force on Curved Surfaces

Solved sample problems in Fluid Mechanics under the topic Hydrostatic Force on Curved Surfaces
For the playlist in Fluid Mechanics, click this link:
• Fluid Mechanics
#fluidmechanics
#hydrostatic
#goodnotes
#engineering
#civilengineering
#selfreview
#boardexam

[@raineticzon2178]

Engr Dianne,, another concerns for me is the November 2004 CE exam in fluid mechanics Page 413 Gellasania... It has the same problem of Besavilla Page H-42...they have different approach and Different Answers for the same question

[@vermilionink1466]

in problem 1, you forgot to multiply the width 5m to the area of the parabola 2/3ab, ma'am.

[@diannecomandaoliver]

I forgot to write it but it was already included in the calculator input.

[@luisdimasalang5928]

Maam meron ba ito sa quiz bukas? 😅

[@raineticzon2178]

Engr. Pwede pa explain namm.. Problem 3-25 The gate in the figure shown weighs 5kn for each meter normal to the paper. Its center of gravity is 0.5m from the left face and 0.6 above the lower face. Find h for the gate to come up to the vertical position author gellasania page 121 chapter 3

[@diannecomandaoliver]

May typo error sa prob na to sa book. 0.6m sya dapat from the left face. Pero sige I will make an explanation video for this 😊

[@raineticzon2178]

@@diannecomandaoliver salamat Engr Dianne Godbless you

[@jeromemitchiegutierrez6465]

Engr, in problem 2,, bakit hindi nagamit ang area ng triangle = 1/2 rsquared sine 60?

[@diannecomandaoliver]

For area of triangle using theta, A= 1/2 ab sin theta. Sa problem 2, you can use that formula for the area of triangle as A= 1/2 (4)(2) sin 60