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Question: Consider a rod with a trapezoidal cross section as shown in Fig. with the specified temperature boundary conditions. Determine the steady cross sectional temperature distribution.
Estimate the energy that a runner expends to overcome aerodynamic drag while running a complete marathon race. This expenditure of energy is equivalent to climbing a hill of what height? List all assumptions and show all calculations.
a 12x36 and 9 high empty prism composed of a material with an elastic modulus of 345000 psi 9000 psi yield stress the
It is subjected to a uniformly distributed load of 4 kN/m and two concentrated loads of 40 kN each applied at the third points of the span.- Compute the maximum deflection using the formula method.
as a designer you are required to develop a new closed sealed thermal energy storage cell that has a maximum reversible
Calculate the following for this system in terms of T, V, N
Next, sketch the output if the core continued to move to the negative side at the same speed.By comparing the two outputs, show that phase-sensitive demodulation would be needed to distinguish between the two cases of displacement
Determine from these data, with the aid of dimensional analysis, the relationship between θ, 0, and ω for this particular apparatus. Hint: Plot the data using appropriate dimensionless parameters, and determine the equation of the resulting curve ..
Determine the criteria for isothermal equilibrium of a system
a removable bracket must be attached to the frame of a machine tool as a support. the need for interchangeability
a blower develops 750mm of water gauge at a speed of 1480rpm and a flow rate of 38cubicmeter per sec. determine the
If the chest is completely filled with ice, calculate the time for the ice to completely melt. State your assumptions. The enthalpy of fusion for water is 330 kJ/kg.
Assuming that the stress distribution does not vary with respect to z. determine the net force in the x direction and the net moment about the z axis. The stress distribution is sigma x = 2000 y + 500 psi.
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