Question

A semi-cylindrical surface forms a wall of a tank that is containing a fluid of known...

A semi-cylindrical surface forms a wall of a tank that is containing a fluid of known specific weight, describe in words the resultant vertical force and horizontal force on the surface.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A cylindrical flask of radius (a) containing a static fluid of density (ρ) is filled to...
A cylindrical flask of radius (a) containing a static fluid of density (ρ) is filled to height (H). The atmospheric pressure on the free surface of the fluid is (PATM) and the gravitational acceleration is (g). Develop an equation for the average force exerted by the fluid on the side walls of the flask.
A retaining wall 30 m high was designed to stabilize a horizontal ground surface. The back...
A retaining wall 30 m high was designed to stabilize a horizontal ground surface. The back of the wall is inclined 15 degrees to the vertical direction and can be assumed rough with interface friction angle of 30 degrees. (a) Draw a diagram to show the given wall dimensions, relevant inclinations, and the direction of the active force on the wall. (b) Calculate the lateral force on the wall assuming the groundwater table is at the base of the wall....
A half-cylindrical (semi-circle cross section) solid object (specific gravity=1.5) is horizontally submerged along its diameter and...
A half-cylindrical (semi-circle cross section) solid object (specific gravity=1.5) is horizontally submerged along its diameter and rigidly fixed at the ocean floor 10m deep. The semi-circle has a diameter of 1m and a length of 3m. Assume the specific gravity of the ocean water to be 1.03 and the unit weight of freshwater to be 9.81kN/m3. a. compute for the eccentricity of the cylinder. b. compute for the centroid height of the semi-circle from the water surface elevation.
Consider a vertical wall 3 m high. The soil behind it is a clean loose sand,...
Consider a vertical wall 3 m high. The soil behind it is a clean loose sand, specific weight= 17:6kN/m3 ; phi = 36. The backfill is level. Determine the following: (a) Total force on the wall, at-rest conditions. (b) Location of the resultant. (c) Magnitude of lateral earth pressure at top of wall. (d) Magnitude of lateral earth pressure at base of wall. (e) The force on the wall for the Rankine active condition. (f) The distance the top of...
27.) A tank with upright sides contains 0.9 m of mercury and 5 m of water....
27.) A tank with upright sides contains 0.9 m of mercury and 5 m of water. Find the total force on the square from one side, whose area is 0.6 x 0.6, half of this area is below the surface of mercury. The sides of the square are vertical and horizontal. 23.) Oil with a relative density of 0.800 presses the surface of the upright triangle, the peak of which is on the surface of the oil. The triangle is...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT