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An airplane moves forward at a speed W1= 971 kph. The frontal intake area of the jet engine is A1 = 0.8 m2 and the entering air density is ρ1 = 0.736 kg/m3. A stationary observer determines that relative to earth, the jet exhaust gases move away from the engine with a speed o V2 =1050 kph. The engine exhaust area is A2 = 0.558 m2, and the exhaust air density is ρ2 = 0.515 kg/m3. Estimate the mass flow rate of fuel into the engine in kg/h.
A luge and its rider, with a total mass of 98 kg, emerge from a downhill track onto a horizontal straight track with an initial speed of 39 m/s.
The compression strength of Kevlar 49 fiber is about one-eight of its tensile stress. Estimate the smallest diameter of a rod on which 12 um diameter Kevlar fiber can be wound without causing kinks on its compression side.
the 3-kg slender rod rotated in a vertical plane about a pivot at b. a spring of constant k 300 nm and of unstretched
find (a) the power rating of the electric heater and (b) the temperature rise that the air experiences each time it passes through the heater.
1. for each of the two proposed replacement presses determinenbspa. initial investment.nbspb. operating cash inflows.
The diffusion constant (Do) and activation energy (Q) of C in BCC Fe is 0.01 cm2/sec and 80kJ/mol respectively. In FCC Fe, the values are 0.21 cm2/sec and 148kJ/mol. At exactly 910oC these two phases can co-exist.
How is the mechanical deformation energy defined? How do you calculate the work of fracture of a brittle material?
Calculate the surface area available inside the heat exchanger.
Find the needed length of the heated section of the tube and find the temperature of the water when it exits the heated section of the tube.
Determine the analytical solution for the maximum stress of the beam shown; compare with stress results from SolidWorks.
Design the pump power and the diameter of brunching pipes D1, D2, D3, so that the flow rate coming into all buildings are Q1=Q2=Q3=4.5m^3/hr, when all four valves v, V1, V2, V3 are open.
the manometer shown above in problem 1 above contains water and kerosene. with both tubes open to the atmosphere, the free surface elevations differ by H=20mm determine the elevation difference when a pressure of 98.0 Pa is applied to the right.
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