peachscorpion40Lv1in Mechanical EngineeringĀ·28 Apr 2020The water in a tank is pressurized by air, and the pressure is measured by a multifluid manometer as shown above. Determine the gage pressure of air in the tank. If =0.2 m, =0.3m, and =0.46m. Take the densities to be:
copperbadger150Lv1in Mechanical EngineeringĀ·9 Mar 2020Determine the shear and moment as a function of x, and then draw the shear and moment diagrams. Ā
viridianmallard86Lv1in Mechanical EngineeringĀ·7 May 2020A sump pump is draining a flooded basement at the rate of 0.750 L/sec with an output pressure of . The water enters a hose with 3 cm inside diameter and rises 2.50 m above the pump. What is the pressure at this point?
violethippopotamus870Lv1in Mechanical EngineeringĀ·10 Oct 2022The guy wiresĀ ABĀ andĀ ACĀ are attached to the top of the transmission tower. The tension in cableĀ ABĀ isĀ 9.5Ā kN. Determine the required tensionĀ TĀ in cableĀ ACĀ such that the net effect of the two cables is a downward force at pointĀ A. Determine the magnitudeĀ RĀ of this downward force.AssumeĀ aĀ =Ā 30Ā m,Ā bĀ =Ā 40Ā m,Ā cĀ =Ā 28Ā m, andĀ dĀ =Ā 34Ā m.
blushbadger714Lv1in Mechanical EngineeringĀ·1 Mar 2023Please help me with parts 1,2& 3 of the question
burgundydinosaur353Lv1in Mechanical EngineeringĀ·19 Jan 2023What are the advantages and disadvantages of anonymous voting when opportunities are sold out?
pearbuffalo922Lv1in Mechanical EngineeringĀ·30 Oct 2022A man exerts a forceĀ FĀ on the handle of the stationary wheelbarrow atĀ A. The weight of the wheelbarrow along with its load of dirt is 185 lb with center of gravity atĀ G. For the configuration shown, what forceĀ Fmust the man apply atĀ AĀ to make the net moment about the tire contact pointĀ BĀ equal to zero?
chocolatecrow100Lv1in Mechanical EngineeringĀ·2 Mar 20236.C2 The floor of a bridge will rest on stringers that will be simply sup-ported by transverse floor beams, as in Fig. 6.3. The ends of the beams will be connected to the upper joints of two trusses, one of which is shown in Fig. P6.C2. As part of the design of the bridge, it is desired to simulate the effect on this truss of driving a 12.kN truck over the bridge. Knowing that the distance between the truck's axles is b = 2.25 in and assuming that the weight of the truck is equally distributed over its four wheels, write a computer program that can be used to calculate the forces created by the truck in members BB and CH for values of x from 0 to 17.25 m using 0.75.m increments. From the results obtained, determine (a) the maximum tensile force in BIC (14 the maximum compressive force in RH, (c) the maximum tensile force in CM. Indicate in each case the corresponding value of x. (Note: The increments have been selected so that the desired values are among those that will be tabulated.)
purplewalrus773Lv1in Mechanical EngineeringĀ·8 Feb 2023how to calculate the torque of a force applied to a cog?
sangriagoldfish619Lv1in Mechanical EngineeringĀ·15 Mar 2023 How do I register for the US course since I'm a school leaverĀ
orchidbear560Lv1in Mechanical EngineeringĀ·21 Apr 2023document question attached i ask mnay time before but no answerĀ