Considering Mr. P’s condition and circumstance, write an essay of 500-750 words that includes the following:
October 24, 2018
Write an essay explaining your goal for MSN FNP program and plans to maintain your success in the program.
October 24, 2018

Calculate the maximum temperature in the cycle

A volume of 1.5 m3 of air initially at 1.3 bar and 32 oC undergoes three processes in order to complete a cycle:
Process
1 to 2 Isothermal compression from state 1 through a volumetric compression ratio of 4.4 to state 2
2 to 3 Isobaric heating back to the original volume.
3 to 1 Isochoric cooling back to state1.
Assume for air Mw = 28.96 Cp = 1.005 kJ/kg.K
ALL ANSWERS MUST BE GIVEN TO 3 SIGNIFICANT FIGURES
For this cycle, determine the initial mass of air (15%);
kg
A volume of 1.5 m3 of air initially at 1.3 bar and 32 oC undergoes three processes in order to complete a cycle:
Process
1 to 2 Isothermal compression from state 1 through a volumetric compression ratio of 4.4 to state 2
2 to 3 Isobaric heating back to the original volume.
3 to 1 Isochoric cooling back to state1.
Assume for air Mw = 28.96 Cp = 1.005 kJ/kg.K
ALL ANSWERS MUST BE GIVEN TO 3 SIGNIFICANT FIGURES
For this cycle, determine the initial mass of air (15%);
kg
Find the maximum pressure in the cycle (15%)
kPa
Calculate the maximum temperature in the cycle (15%)
Degrees C
A volume of 1.5 m3 of air initially at 1.3 bar and 32 oC undergoes three processes in order to complete a cycle:
Process
1 to 2 Isothermal compression from state 1 through a volumetric compression ratio of 4.4 to state 2
2 to 3 Isobaric heating back to the original volume.
3 to 1 Isochoric cooling back to state1.
Assume for air Mw = 28.96 Cp = 1.005 kJ/kg.K
ALL ANSWERS MUST BE GIVEN TO 3 SIGNIFICANT FIGURES
For this cycle, determine the initial mass of air (15%);
kg
Find the maximum pressure in the cycle (15%)
kPa
Calculate the maximum temperature in the cycle (15%)
Degrees C
Find the work done during process 1-2 (15%):
kJ
Find the work done during process 2-3 (15%):
kJ
CalcuA volume of 1.5 m3 of air initially at 1.3 bar and 32 oC undergoes three processes in order to complete a cycle:
Process
1 to 2 Isothermal compression from state 1 through a volumetric compression ratio of 4.4 to state 2
2 to 3 Isobaric heating back to the original volume.
3 to 1 Isochoric cooling back to state1.
Assume for air Mw = 28.96 Cp = 1.005 kJ/kg.K
ALL ANSWERS MUST BE GIVEN TO 3 SIGNIFICANT FIGURES
For this cycle, determine the initial mass of air (15%);
kg
Find the maximum pressure in the cycle (15%) low-cost airline operating in South Africa is considering adding either Boeing 737-400 or Boeing 737-800 to its fleet. The following information is prepared for
the economic evaluation. Either aircraft is to be used for 5 years and sold for the estimated salvage value. Assume the double declining balance is used for tax
purposes in this country and the airline’s before-tax MARR is 6.00% per year and the effective tax rate is 35%. Select a machine on the basis of after-tax present
worth analysis.
kPa
Calculate the maximum temperature in the cycle (15%)
Degrees C
Find the work done during process 1-2 (15%):
kJ
Find the work done during process 2-3 (15%):
kJ
Calculate the net work done during the cycle (10%)
kJ
The heat rejected during the Isochoric cooling (15%)
kJ

late the net work done during the cycle (10%)
kJ
The heat rejected during the Isochoric cooling (15%)
kJ

the work done during process 1-2 (15%):
kJ
Find the work done during process 2-3 (15%):
kJ
Calculate the net work done during the cycle (10%)
kJ
The heat rejected during the Isochoric cooling (15%)
kJ

the maximum pressure in the cycle (15%)
kPa
Calculate the maximum temperature in the cycle (15%)
Degrees C
Find the work done during process 1-2 (15%):
kJ
Find the work done during process 2-3 (15%):
kJ
Calculate the net work done during the cycle (10%)
kJ
The heat rejected during the Isochoric cooling (15%)
kJ

 

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