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1. In class we worked through Illustration 4.5-1 in your book. Solve the problem again, this time accounting for the temperature dependence of air (using App A-II).
2. 1 mol of Nitrogen (N2) enters a steady-state flow process at 800K and 50 bar and exits at 300K and 1 bar. Assume that the heat is transferred into this process at the exit temperature.Determine the maximum work (J) that can be obtained.
Attachment:- HW7 Spr16.docx
Assume a value of B, compute the allowable bearing capacity, then solve for B. Show at least 1 iteration with whatever assumed width irrespective of whether or not you get the desired Factor of safety.
Draw the given truss with all zero-bars removed. If the structure is stable and statically determinate, solve the forces in all of the bars of the truss using hand calculations. Indicate tension (T) or compression (C).
A box has a volume of 0.57 cubic meters. It is 5.2 feet in length and 15 inches in width. How many centimeters tall is the box?
According to the photon energy formula, tripling the frequencyof the radiation from a monochromatic source will change the energycontent of the individually radiated photons by what factor?
Three streams of polluted air are combined prior to treatment in an electrostatic precipitator (ESP). The flow and particulate concentration of each stream are 600 cfm at150 mg/m^3, 700 cfm at 200 mg/m^3, and 500 cfm at 1000 mg/m^3.
An insulated rigid tank is initially filled with a saturated liquid-vapor mixture of water. Initially three-quarters of the mass is in the liquid phase, the mass is 10 lbm, and the pressure is 15 psia.
Compare these two works or Art: Bodhisattva Padmapani - vs - Basawan and Chatar Muni, Akbar and the Elephant Hawai.
a suspension bridge cable of span 100 m and central dip 10 m is suspended from the same level at two towers. the bridge
Calculate the prismoidal correction and compare the prismoidal volume to the corrected end area volume. Station Left Center Right Area (sq. ft.) 1+00 C7.0/ C8.2/ C8.5/ 256.90 31.3 0.0 24.5 1+50 C5.3/ C5.0/ C3.5/ 207.62 29.5 0.0 21.8 2+00
flow of 600cfs is measured at a depth of 3.4 ft in trapezoidal channel with bottom width of 25ft and side slopes of 3:1(h:v). The channel reach has a slope of .002. Estimate the channel roughness.
The probability that, for a 2-year period, the peak flow rate will equal or exceed the median value in the second year, but not in the first year?
The undeformed length of the spring is l. Knowing that the collar is released from rest at x = and neglecting friction between the collar and the horizontal rod, determine the magnitude of the velocity of the collar as it passes through point C.
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