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A power plant produces 1000 MW of electricity and uses residential oil as the fuel. The oil has a heating value, the maximum energy liberated in combustion, of 43 000 kJ/kg. The overall efficiency of the power plant is 52%. Determine the instantaneous heat input, the daily fuel consumption, and the dimensions of a cylindrical storage tank (L =D) to hold a 3-day supply of oil. The density of the oil is 990 kg/m3. Determine in addition the amount of heat rejected to the environment.
you are considering replacing the diesel engine for problem 4 with a microturbine with a pressure ratio of 8. the
the principal plane stresses and associated strains in a plane at a point are s1 36 ksi s2 16 ksi e1 1.0210-3 and e2
on a given day the pressure is 1 atm the temperature is 32degc and the relative humidity is 95. this air is to be
biodiesel is produced from vegetable or animal oils. usually the glycerine in the oil is replaced by methanol. since
descriptionthe program for this assignment comes from a research project i did while i worked at kumed. a researcher
develop a one-dimensional transient numerical solution for a plane wall of a nuclear containment vessel. the external
argon enters a compressor at steady state flow rate of 1 kgs with pressure p11 bar and temperature t127c and exits at a
calculate the exergies of two closed systems respectively 1 kg of steam at 800 kpa and 180 degc and 1 kg of r-134a at
a household hot water system heats water only as it is needed. the water enters the electric heater at 60f and is
decay of radioactive materials can be modeled by the equation aa0ekt where a is the amount at time t a0 is the amount
1-approximately 130000 tons 118 106 kg of coal are burned each year at the iowa state university power plant. the coal
when a ball is released from rest at a height of 5 ft above the floor it bounces to a height of 3.5 ft. if it is thrown
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