5 m 3 m 30 mm 20 mm 20 mm The assembly above includes pin-connected column AB. Suppose that an analysis of column AB shows that it has a yield stress of 200 MPa and a buckling stress of 80 MPa. If the design must provide a factor of safety for yielding of 1.5 and a factor of safety for buckling of 2.0. which of the following is closest to the maximum allowable distributed load w?

Fill in unknown properties for water

A 10 gallons of water has an inital temperature of 25 degrees Celsius. What is the input power needed to raise the temperature up to the boiling point after 25 minutes Assume heat loss 12%

compressed air at a pressure of 500 kPa. The inner radius of the tank is 2 m, and it has wall thickness A cylindrical tank with closed ends is filled with radius of the tank is 2 m, and it has wall thickness of 10 mm. The magnitude of maximum in-plane shear stress (in MPa) is

aal 1Banrallng Mament 4m

The pressure on the suction side of pumps is typically low, and the surfaces on that side of the pump are susceptible to cavitation, especially at high fluid temperatures. If the minimum pressure on the suction side of a water pump is 0.51 psia absolute, determine the maximum water temperature to avoid the danger of cavitation.   Find the maximum water temperature to avoid the danger of cavitation (in  ºF).

The perpendicular dimension of the cylindrical surface abcde in the figure to the plane of the figure is 6 m, and the radius of the circular surfaces is R=2.5 m. According to this; a)Determine the horizontal and vertical components of the pressure force exerted by water on the cylindrical surface in abcde.(Fhorizontal?Fvertical?) b)Determine the vertical distance from the point of action of the horizontal component of the pressure force acting on the cylindrical surface of abcde to the point e, and the horizontal distance from the point of action of the vertical component of the pressure force to the line ace.(Fhorizontal?Fvertical?)

A closed tank contains 3 fluids: Fluid 1 is water (s=1 and depth is 2 m); Fluid 2 is oil (s- 0.85 and depth is 3 m); Fluid 3 is air having pressure of 20 kPa. An open manometer with mercury as its base fluid is connected to the side of the tank at the lower portion where water is located. The deflection of the mercury is toward the open end of the manometer, where the level of contact with the water is 0.50 m below the bottom of the tank. Find the deflection of the mercury (s = 13.6).

Solve both correctly please. I will rate accordingly.

Given an atmospheric pressure of 16.5 psia and an absolute pressure of 30.5 in. Hg, make these convertions: (e) 45 psi vacuum to psia and to Pa (f) 38 psia to atmospheres, and to in. Hg abs (g) 13 psi vacuum to Pa and to atmospheres (h) 8 in. Hg gage to psia, and to Pa