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Question 1: Assume that you have a linear viscoelastic material whose response can be predicted by the three-parameter solid (Zener) model. The three parameters are E(∞) = 0.1 GPa, τ = 10000 Sec.
Plot the following graphs:
(a) E(t) versus log time
(b) D(t) versus log time
(c) E'(ω) and E"(ω) versus log ω
(d) D'(ω) and D"(ω) versus log w
What is the gas-phase composition if pure methane enters the reactor, and what fraction of the methane decomposes?
Calculate the output torque if the rotational loss at this slip is 400 W.
The solid particles have average diameter 3 mm and piece density 730 kg/m3. Hot air at 150 ºC is blown up through the dryer belt at a volumetric flow rate of 7200 m3 /hr per m2 of belt area. Will the bed of solids on the belt fluidize?
Find the implied adsorption isotherm, and show under what conditions it reduces to the Langmuir isotherm.
The speed of the rotor rotating magnetic field with respect to the stator rotating magnetic field in r/min.
A stream of 5.00 wt% oleic acid in cottonseed oil enters an extraction unit at a rate of 100.0 kg/hr. A separate stream of propane enters the unit. Propane is able to dissolve oleic acid but cannot mix with the cottonseed oil. Two streams exit the un..
Assuming that there is plenty of cooling water available at 273.15 K (O°C), what is the maximum temperature level at which heat in the amount of 2000 kJ can be made available for each kilogram of steam flowing through the process?
Calculate the magnetic field intensity everywhere in space. The current density is given in A/m meaning that the thickness of the sheets is negligible.
Classify these data into a grouped frequency distribution using the classes 0-2, 3-5, 6-8, 9-11, 12-14 and 15-17
Calculate the heat when 100.0 mL of 0.500 M HCl is mixed with 300.0 mL of 0.100 M Ba(OH)2. Assuming that the temperature of both solutions was initially 25.0C and that the final mixture has a mass of 400.0 g and a specific heat capacity of 4.18 J..
The two streams at 1000 kPa would then be mixed. Determine the rates at which steam at each initial pressure must be supplied to provide enough steam at 1000 kPa so that upon condensation to saturated liquid heat in the amount of 300 kW is release..
Calculate the ideal thrust and the ideal specific impulse. Also plot the cross-section area A, the local velocity v, the specific volume V, the absolute temperature T, and the local Mach number M with respect to pressure along the nozzle.
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