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Consider the case of a non isolated system that is one that does interact with its surroundings, taken .through a cyclic process The energy Q added to the system must equal the negative of the work done on the system .1 O during the cycle The energy Q added to the system must equal the work done on the system during the cycle.2 O The energy Q added to the system must equal the internal energy of the system during the .3 O cycle

Consider the case of a non isolated system that is one that does interact with its surroundings, taken .through a cyclic process The energy Q added to the system must equal the negative of the work done on the system .1 O during the cycle The energy Q added to the system must equal the work done on the system during the cycle.2 O The energy Q added to the system must equal the internal energy of the system during the .3 O cycle

Elements Of Electromagnetics
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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Consider the case of a non isolated system that is one that does interact with its surroundings, taken .through a cyclic process The energy Q added to the system must equal the negative of the work done on the system .1 O during the cycle The energy Q added to the system must equal the work done on the system during the cycle.2 O The energy Q added to the system must equal the internal energy of the system during the .3 O cycle
Transcribed Image Text:Consider the case of a non isolated system that is one that does interact with its surroundings, taken .through a cyclic process The energy Q added to the system must equal the negative of the work done on the system .1 O during the cycle The energy Q added to the system must equal the work done on the system during the cycle.2 O The energy Q added to the system must equal the internal energy of the system during the .3 O cycle
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