ul Smart VoWiFi9:22 PM@ 37%cdn.fbsbx.comDoneb. If 20 kJ of heat is added at constant pressure determine the final temperature;39.7535°Cnine, stored in a 2000-gallon tank is to be transferred in drums. Each drum is to be2 of 2i pressure of 20 psig and 90°F. The stored methylamine is initially at 50 psig anddrum = 55 gal; MW of methylamine is 31)a. Total mass inside the tank; 90.8738 lbmb. Mass inside each drum; 1.3402 Ibmc. Number of drums that can be filled; 68 drums5. A rigid tank of 1 m3 contains nitrogen gas (N2) at 600 kPa, 127 °C. By mistake someone let0.5 kg of the gas flow out, the temperature dropped to 102 °C. MW = 28, k = 1.4Determine the followinga. The resulting pressure; 506.8259 kPab. The remaining mass of N2 inside the tank. 4.5517 kgME264Problem Set 3 – Module 3; IDEAL GAS6. Air in an internal-combustion engine has 440°F, 150 psia, with a volume of 3 ft. Combustionheats it to 2700°R in a constant-volume process.Determine the following:mass of air; 1.3498 lbmb. the final pressure; 450 psiac. the change in Enthalpy; 583.1052 BTUа.d. the heat transferred to the air; 416.434 BTU7. 7 cu ft of air is compressed isothermally inside a compressor (T1 = T2) from a pressure of 70psi to 300 psi.Determine the followinga. The final volume of the air; 1.6333 ft3 ul Smart VoWiFi9:22 PM@ 37%cdn.fbsbx.comDoneМЕ264Problem Set 3 – Module 3; IDEAL GASInstructions: Show your complete solution. Upload a digital copy of your answer before thedeadline.BOX YOUR FINAL ANSWER, ROUND UP TO 4 DECIMAL PLACES.1. Propane (MW = 44 ; k = 1.13) initially at 30 psia and 215°F, is stored inside a large sphericalvessel having a diameter of 10 ft. If the temperature is increased to 635°F.Determine the following:a. Final pressure; 48.6667 psib. Mass of propane; 95.4339 Ibmc. Constant Volume Specific heat; 0.3472 BTU/lbm.Rd. Change in Internal Energy, AU; 13915.6961 BTUV12. Air at 2 bar and 50°C is compressed at a constant pressure. Compression ratio;= 3V2Determine the followinga. T2; -165.3333°Cb. Heat transfer during the process; -216.6684 kJ/kg3. Given: 500 grams of air at STP.(STP or Standard Temperature Pressure; where in T = 0°C, Pabs = 1 atm).Determine the followinga. Volume of the air; 0.3867 m³b. If 20 kJ of heat is added at constant pressure determine the final temperature;39.7535°C4. Methylamine, stored in a 2000-gallon tank is to be transferred in drums. Each drum is to befilled at a pressure of 20 psig and 90°F. The stored methylamine is initially at 50 psig and90°F. (1 drum = 55 gal; MW of methylamine is 31)a. Total mass inside the tank; 90.8738 lbmb. Mass inside each drum; 1.3402 Ibmc. Number of drums that can be filled; 68 drums5. A rigid tank of 1 m3 contains nitrogen gas (N2) at 600 kPa, 127 °C. By mistake someone let0.5 kg of the gas flow out, the temperature dropped to 102 °C. MW = 28, k = 1.4Determine the followinga. The resulting pressure; 506.8259 kPab. The remaining mass of N2 inside the tank. 4.5517 kgME264Problem Set 3 – Module 3; IDEAL GAS6. Air in an internal-combustion engine has 440°F, 150 psia, with a volume of 3 ft. Combustionheats it to 2700°R in a constant-volume process.

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5. A rigid tank of 1 m³ contains nitrogen gas (N2) at 600 kPa, 127 °C. By mistake someone let 0.5 kg of the gas flow out, the temperature dropped to 102 °C. MW = 28, k = 1.4 Determine the following a. The resulting pressure; 506.8259 kPa b. The remaining mass of N2 inside the tank. 4.5517 kg ME264 Problem Set 3 – Module 3; IDEAL GAS 6. Air in an internal-combustion engine has 440°F, 150 psia, with a volume of 3 ft. Combustion heats it to 2700°R in a constant-volume process. Determine the following: a. mass of air; 1.3498 lbm b. the final pressure; 450 psia c. the change in Enthalpy; 583.1052 BTU d. the heat transferred to the air; 416.434 BTU

5. A rigid tank of 1 m³ contains nitrogen gas (N2) at 600 kPa, 127 °C. By mistake someone let 0.5 kg of the gas flow out, the temperature dropped to 102 °C. MW = 28, k = 1.4 Determine the following a. The resulting pressure; 506.8259 kPa b. The remaining mass of N2 inside the tank. 4.5517 kg ME264 Problem Set 3 – Module 3; IDEAL GAS 6. Air in an internal-combustion engine has 440°F, 150 psia, with a volume of 3 ft. Combustion heats it to 2700°R in a constant-volume process. Determine the following: a. mass of air; 1.3498 lbm b. the final pressure; 450 psia c. the change in Enthalpy; 583.1052 BTU d. the heat transferred to the air; 416.434 BTU

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Concept explainers

Work and Heat Transfer

It is generally related to thermal engineering which tells about the use, creation, conversion and transfer of heat energy between the systems. It is also considered that to transfer heat from one source to another, transfer of masses is also required. There are various mechanisms by which, transfer of heat takes place i.e. thermal conduction, convection, radiation or by change of phase. All these mechanisms have their own specific features which sometimes occur simultaneously within the same system.

Question

ul Smart VoWiFi
9:22 PM
@ 37%
cdn.fbsbx.com
Done
b. If 20 kJ of heat is added at constant pressure determine the final temperature;
39.7535°C
nine, stored in a 2000-gallon tank is to be transferred in drums. Each drum is to be
2 of 2
i pressure of 20 psig and 90°F. The stored methylamine is initially at 50 psig and
drum = 55 gal; MW of methylamine is 31)
a. Total mass inside the tank; 90.8738 lbm
b. Mass inside each drum; 1.3402 Ibm
c. Number of drums that can be filled; 68 drums
5. A rigid tank of 1 m3 contains nitrogen gas (N2) at 600 kPa, 127 °C. By mistake someone let
0.5 kg of the gas flow out, the temperature dropped to 102 °C. MW = 28, k = 1.4
Determine the following
a. The resulting pressure; 506.8259 kPa
b. The remaining mass of N2 inside the tank. 4.5517 kg
ME264
Problem Set 3 – Module 3; IDEAL GAS
6. Air in an internal-combustion engine has 440°F, 150 psia, with a volume of 3 ft. Combustion
heats it to 2700°R in a constant-volume process.
Determine the following:
mass of air; 1.3498 lbm
b. the final pressure; 450 psia
c. the change in Enthalpy; 583.1052 BTU
а.
d. the heat transferred to the air; 416.434 BTU
7. 7 cu ft of air is compressed isothermally inside a compressor (T1 = T2) from a pressure of 70
psi to 300 psi.
Determine the following
a. The final volume of the air; 1.6333 ft3

ul Smart VoWiFi
9:22 PM
@ 37%
cdn.fbsbx.com
Done
МЕ264
Problem Set 3 – Module 3; IDEAL GAS
Instructions: Show your complete solution. Upload a digital copy of your answer before the
deadline.
BOX YOUR FINAL ANSWER, ROUND UP TO 4 DECIMAL PLACES.
1. Propane (MW = 44 ; k = 1.13) initially at 30 psia and 215°F, is stored inside a large spherical
vessel having a diameter of 10 ft. If the temperature is increased to 635°F.
Determine the following:
a. Final pressure; 48.6667 psi
b. Mass of propane; 95.4339 Ibm
c. Constant Volume Specific heat; 0.3472 BTU/lbm.R
d. Change in Internal Energy, AU; 13915.6961 BTU
V1
2. Air at 2 bar and 50°C is compressed at a constant pressure. Compression ratio;
= 3
V2
Determine the following
a. T2; -165.3333°C
b. Heat transfer during the process; -216.6684 kJ/kg
3. Given: 500 grams of air at STP.
(STP or Standard Temperature Pressure; where in T = 0°C, Pabs = 1 atm).
Determine the following
a. Volume of the air; 0.3867 m³
b. If 20 kJ of heat is added at constant pressure determine the final temperature;
39.7535°C
4. Methylamine, stored in a 2000-gallon tank is to be transferred in drums. Each drum is to be
filled at a pressure of 20 psig and 90°F. The stored methylamine is initially at 50 psig and
90°F. (1 drum = 55 gal; MW of methylamine is 31)
a. Total mass inside the tank; 90.8738 lbm
b. Mass inside each drum; 1.3402 Ibm
c. Number of drums that can be filled; 68 drums
5. A rigid tank of 1 m3 contains nitrogen gas (N2) at 600 kPa, 127 °C. By mistake someone let
0.5 kg of the gas flow out, the temperature dropped to 102 °C. MW = 28, k = 1.4
Determine the following
a. The resulting pressure; 506.8259 kPa
b. The remaining mass of N2 inside the tank. 4.5517 kg
ME264
Problem Set 3 – Module 3; IDEAL GAS
6. Air in an internal-combustion engine has 440°F, 150 psia, with a volume of 3 ft. Combustion
heats it to 2700°R in a constant-volume process.

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Handwritten format. No Chatgpt. Give detailed solution
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