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Calculate the Euler buckling load for an axially loaded, pinconnected aluminum alloy rod having a diameter of 1 1 2 in
Use a modulus of elasticity of 10,000,000 psi and a proportional limit of 32,000 psi. Calculate the buckling load for the following lengths:a. 24 in.b. 60 in.c. 96 in.
the compression ratio and cut of ratio of an air-standard diesel cycle are 16 and 2 respectively. at the beginning of
Give the filter in a form that can be implemented with fixed-point math
sketch a diagrammatic pneumatic circuit for the control of a double acting cylinder using a 52 valve that is
The power P required to drive a fan is believed to depend on density p, flow rate Q, impeller dia. D, and angular veloctiy w in Hz. Determine by dimensional analysis, the general expression for dependence of P on other variables.
If the total flowrate is 30 mm3 /s and minor losses are negligible, determine the pressure in tank A.
A house rises to 35°C on a hot summer day. When the owner comes home they turn on the air conditioning system to cool the house down. Within 30 minutes the house is cooled to 20°C.
an elevator is created by using a hose hanging from the top of a 10 m building. the hose is diverted into 4 jets at the
A spacecraft used in the exploration of Jupiter has a mass of 425 kg. Find the weight of this spacecraft, in N, (a) on the surface of Jupiter where the acceleration of gravity is 25.94 m/s2 and b) on earth where the acceleration of gravity is 9.81 m/..
Determine the entropy production rate of the turbine, The work transport energy efficiency of the turbine on the basis of a steam flow rate.
A submarine can safely resist 1800 psig. How deep in the ocean can the submarine travel? I found the answer to be 1205 m. Hope fully this is correct. The follow up question is. Calculate the pressure gradient due to gravity in water at 15 C. Express ..
A 7.1cm external diameter, 6m long hot water pipe at 85 C is losing heat to the surrounding air at 15 C by natural convection with a heat transfer coefficient of 40 W/m2 C. Determine the rate of heat loss from the pipe by natural convection in Kw.
A pump delivers 40 litres/min to a 90 mm bore/30 mm rod cylinder to lift a load of 200 kg. What is the pressure exerted on the piston? What is the speed at which the load will be lifted? How much power is required to lift the load at this speed?
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