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1. A 1.2 m3 insulated rigid tank contains 2.13 kg of air at 298 K and 100 kPa. The gas is stirred until its pressure is 120 kPa. With dead state conditions 298 K and 100 kPa, and assuming constant specific heat, determine:
a) Work (kJ)
b) Exergy change (kJ)
c) Exergy destruction (kJ)
Designing Media Project: You will write a proposal for a design of a new technological system, or new application of an old system. The proposal will describe the system, and the reason for the system
If the probability of Caesarean birth is 0.30, and 140 in a sample of 500 births are Caesarean, which of these numbers is n?
The boat in the water holds an iron anchor which is removed from the boat and placed on the shore. The iron anchor is removed from the boat and dropped in the pool.
Convert hexadecimal value 17 to decimal - how many of those possibilities will result in a HIGH output and What logic function corresponds to the following circuit?
Why do you think that occurs? Would eliminating this constraint increase risk? Why or why not?
Explain how the microstructures above had formed. Assume that the eutectoid diagram has the At C = 0%, A3 = 900°C coordinates.
Select any passenger or F1 race car, collect data from the web information, Identify all the parameters to work out the speed of 0-100 KM/Hr in 7 seconds and 4 seconds for Passenger and F1 race car respectively.
Should you perform a clean installation or upgrade? Make sure you include a detailed rationale for your decision.
Define you decision variables, and express your objectives and constraints as functions of the decision variables, and combine everything.
There have been many studies conducted on the relative weakness of security products, components and mechanisms. In the majority of cases the major weakness has been identified as the actual users of the system.
Fifteen kg of the carbon dioxide (CO2) gas is fed to a cylinder having a volume of 20 m3 and initially containing 15kg of CO2 at a pressure of 10bar. Later a pinhole develops and the gas slowly leaks from the cylinder. Determine
Characterize the production performance of Bakken Wells. You need to correlate the decline rates of Bakken wells to well/reservoir/completion Parameters, and finally make contour maps.
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