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Determine the steady-state current in the circuit of Figure 7.28(a) as a result of the applied periodic voltage shown in Figure 7.28(b).
A rotating disc of mass 25 kg and radius 150 mm is accelerated from 500 to 3000 rpm in a time of 25 s. If there is a constant friction torque of 5 Nm, determine the applied torque and the work done
if money is worth 6 compounded annually to you then you should prefer to receive 1750 per year for 5 years than to
a 10m height chimney has a 2.0m x 2.0m square cross section. the wind blows horizontally in a direction which is
for the wide-flange beam with loading shown determine the largest load p that can be applied knowing that the maximum
Determine the net heat transfer to the sphere when its temperature is 300 K - what will be the steady-state temperature of the sphere?
a power plant is analyzed as a simple ideal rankine cycle with a boiler operating at 300 oc. steam leaves the boiler
Consider two closely coiled helical springs, one made of steel, the other of copper, each 0.01m in wire diameter, one fitting with in the other. Each has an identical number of coils, n=20, and ends constrained to deflect the same amount.
an object whose mass is 50kg is suspended at rest a height of 68 meters above the surface of the earth. the object is
There is a membrane made of an isotropic material whose elastic modulus and Poisson's ratio is E and v, respectively. When this membrane is elongated along x-direction with no lateral deformation in y-direction, the apparent elastic modulus (E') dete..
in a tensile test for an alloy used for ballistic-missile launch tubes on boomer submarines the yield strength was
can the flow field given by v 1x2 i - 2 x 1y j represents a steady and incompressible two dimensional flow?a if yes
What are the two general mass and energy balance equations, written in rate form, and when is it appropriate to use this form? What are the two general mass and energy balance equations, written in magnitude (finite difference) form and assuming unif..
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