TS GENCO -AE (EEE) Preparation Strategy | Thermodynamics | Imp Concepts, Expected Ques | ACE Online

In this comprehensive online course by ACE Online for TS GENCO AE Electrical Engineering exam , you'll find a well-crafted Preparation Strategy that covers all aspects of the exam. From in-depth subject knowledge to effective problem-solving techniques, this course has it all. Malakondaiah Sir, an experienced educator in the field, will lead you through the intricacies of electrical engineering concepts and ensure you're fully prepared to tackle the exam with confidence. Don't miss out on this opportunity to boost your knowledge and increase your chances of success.
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[@User-br321]

Thank you sir for providing valuable guidance

[@sravan1913]

Thank you very much sir 🙏🙏

[@naveenramana7058]

Thanks sir

[@extremewing686]

ill give an explanation for entropy problem without formulae
air compressed at constant pressure and volume is halved then what is the entropy change?
first whats entropy --) randomness of gas
Now lets consider a piston cylinder which is filled with gas or air and has volume v1, now piston applied forced on the air by decreasing volume v to v/2 which will increase the pressure in real scenario but question clearly said p=const, now what happens to the air inside, it will be compressed which means you are reducing the randomness aka entropy as you halved the volume at constant pressure air has no where to go but come closer in cylinder reducing the gap between particles!!!
with this approach you can answer in 2secs entropy reduces to this specific scenario it may alter if its const volume and pressure changes

[@gatkariteja1144]

Tqsm alot sir

[@csiva8802]

Fee pls

[@XOAOSravanjarpala]

Sir e video mechanical vallaku kuda use authundha sir