Calculate the hydrostatic force, Civil Engineering

Assignment Help:

The steel oil container shown in the figure has a circular lid centred on its sloping wall. The lid is hinged at A and held closed with a frictionless stopper at B. The lid is made of 2.5cm thick stainless steel (ρ=8000kg/m³).

1271_Calculate the hydrostatic force.png

a. Draw a clear diagram showing all the forces acting on the lid;

b. Calculate the hydrostatic force on the lid;

c. Determine the location where the hydrostatic force acts; and

d. Calculate the force on the stopper.


Related Discussions:- Calculate the hydrostatic force

Engineering economics, Ask quA contractor has both a 3-cy and a 5-cy shovel...

Ask quA contractor has both a 3-cy and a 5-cy shovel in the equipment fleet. Select the minimum size shovel that will excavate 450,000 bcy of common earth in a minimum of 120 worki

Structural analysis, steps to analysis a portal frame with sway condition

steps to analysis a portal frame with sway condition

High and narrow beams, Question Give a reason that why are high and na...

Question Give a reason that why are high and narrow beams not desirable in concrete piers? Answer Supported on past experience in other, high and narrow beams after

Modulus of elasticity of light-weight concrete, Modulus of elasticity of li...

Modulus of elasticity of light-weight concrete The modulus of elasticity of light-weight concrete is about 50 to 55% of that of normal-weight concrete. The loss of prestresses

Explain the system curves - pumping system, Explain the System Curves - Pum...

Explain the System Curves - Pumping System Non-linear plot beginning on the y-axis at the Total Static Head (TSH) and plotted primarily based on the h f .

Beams, how to convert uniformly varying loads to point loads

how to convert uniformly varying loads to point loads

How to do deflection calculations, How to do deflection calculations Ba...

How to do deflection calculations Basic values of span to effective depth ratios for spans upto 10m may be taken as 7, 20 and 26 for cantilever, simply supported and continuous

Unsymmetrical bending, An 8 kN.m moment is applied at the end of a block fi...

An 8 kN.m moment is applied at the end of a block fixed into the ground as illustrated in thefigure below. The moment vector (double arrow head representation) acts in line with th

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd