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An ideal Diesel cycle has r=23 and r_c=1.86. Determine the specific net-work (i.e. net-work per unit mass flow) in terms of the initial temperature of the cycle. Solve the problem algebraically at first, then sub in values for k, r, r_c, c_p, and c_v. You can assume constant specific heats.
consider two masses m1 and m2 that are connected by a rope over a pulley. the masses will accelerate in a direction
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Determine the power of the pump. The efficiency of the pump is 65%.
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Fluid mechanics boundary layer theory
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a 20 cm diameter sphere is made of a heat-generating material that produces 106 wm3. the sphere is cooled by 20oc air
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