Kindly answer all the questions being asked. I will rate "like/upvote" your post if you answer all of the questions; if not, then i will "unlike/downvote." Please show complete solution and clear explanation. Choose from the choices for the correct answer. Thank you. An ideal gas undergoing an isobaric process initially occupies a volume of1500 L, pressure of 450 kPa and temperature of 320 °C to a finaltemperature of 530 °C. Let R= 0.280 kJ/kgK and c,= 1.0 kJ/kgK. Determine: The change in internal energy and enthalpy in kj (total) *1,568.178kjO 1,324.104kjO 1,620.326kjO 1,468.278 kjOther:Heat and work required in kj *Q = 843.26kjQ = 823.63kjWnf = 239.02 kjWnf = 211.23 kjWnf = 220.02 kjQ = 853.65kjOther:

Given data: NOTE: the final answers are boxed.

Answered: An ideal gas undergoing an isobaric…

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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Kindly answer all the questions being asked. I will rate "like/upvote" your post if you answer all of the questions; if not, then i will "unlike/downvote." Please show complete solution and clear explanation. Choose from the choices for the correct answer. Thank you.

An ideal gas undergoing an isobaric process initially occupies a volume of
1500 L, pressure of 450 kPa and temperature of 320 °C to a final
temperature of 530 °C. Let R= 0.280 kJ/kgK and c,= 1.0 kJ/kgK. Determine:

The change in internal energy and enthalpy in kj (total) *
1,568.178kj
O 1,324.104kj
O 1,620.326kj
O 1,468.278 kj
Other:
Heat and work required in kj *
Q = 843.26kj
Q = 823.63kj
Wnf = 239.02 kj
Wnf = 211.23 kj
Wnf = 220.02 kj
Q = 853.65kj
Other:

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