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Write a program that will generate a table of required diameters (to 1 8 in.) of solid circular shafts to resist torques ranging from 50 to 200 in.-kips (in increments of 25 in.-kips).
Allowable shear stresses range from 10,000 psi to 12,000 psi (in increments of 500 psi). Note that there is no user input
calculate the mass of mixture produced at the mixing stage, the mass jam produced from the kettle and the mass od water evaporated from the kettle.
A dilute suspension contains ten spheres per liter. A sample (one tenth of that solution) is removed.
a vessel of volume v 6 liters contains water along with its saturated vapor under a pressure of 40 atmospheric and a
a well-insulated tank contains 1 mole of air at 2 mpa and 673 k. it is connected via a closed valve to an insulated
The drag force on an object depends on the dimensionless drag coefficient, the density of air, the object velocity, and the frontal area of the object. By only considering units obtain a relation for the drag force.
Explore the effect of variations in Dd and h on q', as well as on relative contributions of convection and radiation to the net heat transfer rate. Represent your results graphically.
Calculate the heat loss for the residence in Appendix D on a room-by-room basis. Assume the residence will be built at the geographical location where you reside.
Consider a three-ply laminate made of such laminae arranged at y=60 degre. Compute the submatrices [A], [B], and [D]. Take the ply thickness to be 1 mm.
What percentage of the storage tank volume would be consumed by this coil if 50 kg of water is used per square meter of collector? Use a storage water temperature of 60°C and a collector water outlet temperature of 70°C for the calculations.
Consider the parallel flow heat exchanger of Prob. 4.86. Verify that the stream of air exits at 780°R and the stream of carbon dioxide exits at 760°R. Pressure is constant for each stream. For the heat exchanger, determine the rate of exergy destr..
you are attempting to set a world record for motorcycle jumping across a chasm. the chasm is 100 feet across and
a projectile mass m travels along the posotive x coordinate direction at a speed of 300 ms breaks into three parts m1
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