asap pls Prob. 5(a) Consider an ideal gas at 227 °C consists of diatomic molecules whose number of molecules is12.04 x 1023. Calculate the final temperature of the gas if one transfers heat to the gas 5000 Jand the gas performs a work of 7500 J.(b) Discuss the first law of thermodynamics briefly and state why is the internal energy is afunction of state In addition compute the change in the internal energy and temperature oftwo distinct processes performed on a diatomic ideal gas with 7 degrees of freedon permolecule. In the first process the 2500 J of heat is tranferred to the gas in a isovolumetricmanner. While in the second process one does 2500 J of work on the gas but the gas does nowork and no heat is added or taken from the gas. Compare two cases and relate with thefact that internal energy is a state function.

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(a) Consider an ideal gas at 227 °C consists of diatomic molecules whose number of molecules is 12.04 x 1023. Calculate the final temperature of the gas if one transfers heat to the gas 5000 J and the gas performs a work of 7500 J.

(a) Consider an ideal gas at 227 °C consists of diatomic molecules whose number of molecules is 12.04 x 1023. Calculate the final temperature of the gas if one transfers heat to the gas 5000 J and the gas performs a work of 7500 J.

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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