Estimate the time in minutes required to drain the tank

Assignment Help Civil Engineering

Reference no: EM13324199

You are the Chief Civil Engineer for the Enhanced Protein Production Plant on the planet Zog where the gravitational constant is 15 ft/s2. A protein storage tank has developed a structural problem and must be drained. There is a 6 inch diameter orifice near the bottom of the tank that can be opened, which will allow a free discharge (Torocelli experiment) of the liquid protein from the tank. You estimate that the coefficient of discharge (CD) for this orifice is 0.5. The tank is a truncated cone whose diameter is 15 ft at the centerline of the orifice and 5 ft at the top of the tank which is 10ft above the orifice and the tank is completely full . Estimate the time, in minutes, required to drain the tank to the level of the orifice.

Reference no: EM13324199

Questions Cloud

Determine what speed in mph is required from a tank : A steam locomotives had scoops installed that took water from a tank located between the tracks and lifted water into the tender. To lift the water 12 ft with a scoop, neglecting all losses, what speed in mph is required

The hemoglobin''s function in the bicarabonate buffer system : Fully explain hemoglobin's function in the bicarabonate buffer system including how oxygen binding affinity changes in this process.

What is new hopes tax liability : What is New Hope's tax liability and what is New Hope's marginal tax rate- Average tax rate - Should New Hope invest its surplus funds in bonds or stok?

Bestbuy company : Current Business Strategies Report Presentation

Estimate the time in minutes required to drain the tank : You are the Chief Civil Engineer for the Enhanced Protein Production Plant on the planet Zog where the gravitational constant is 15 ft/s2. A protein storage tank has developed a structural problem and must be drained.

Explain a solution is made by mixing cuso4 : Consider the following equilibrium: Cu2+ + 4NH3 Cu(NH3)42+ (Kf = 4.8e+12) A solution is made by mixing 10.0 mL of 0.90 M CuSO4 and 1.50 L of 0.490 M NH3

Find principle stresses, max shear stress at a cross section : find principle stresses, max shear stress at a cross section 2 ft from the left of each locations: a) neutral axis, b) 2in. above neutral axis, c) the top of the beam.

What is the firms income tax liability : What is the firm's income tax liability and its after-tax income and what are the firm's marginal and average tax rates on taxable income?

Define what is the solubility of mx3 : What is the solubility of MX3. MX3 M3+ + 3X1- (Ksp = 2.00e-09) a) in water solubility = M b) in 0.11 M KX solubility = M c) in 0.16 M M(NO3)3 solubility = M

User Account

All Pages