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Second Law efficiency & Numerical problems on Availability

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Shivam Yadav

Numerical problems on Availability & Second Law efficiency Please rate , review , recommend and share . For any query/ doubts ,you may ask in comment section or message me directly.

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1

System, Surrounding,Extensive properties and Intensive properties and problems of IES,GATE

13:31mins

2

CONCEPT OF CONTINUUM,PROCESS, MACROSCOPIC APPROACH, MICROSCOPIC APPROACH,STATE,CHANGE OF STATE

9:39mins

3

Thermodynamic Equilibrium, Mechanical, chemical,Thermal Equilibrium, Quasi-static process,

14:09mins

4

Types of PRESSURE-Absolute,Gauge, Vacuum,atmospheric and numerical problems

14:56mins

5

Pure substance,Gibbs Phase rule, Zeroth law of thermodynamics, Previous year question of IES, GATE

15:00mins

6

Thermometric properties,Type of thermometer, Previous year question of IES,GATE

13:37mins

7

PERFECT GAS, TEMPERATURE SCALE, DIFFERENT TYPES OF TEMPERATURE SCALE, PREVIOUS QUESTION OF IES,GATE

15:00mins

8

Important topic of Engg. Thermodynamics for GATE/IES/SSC JE ? Overview of Engineering Thermodynamics

11:19mins

9

Most important numerical problems of previously covered topics of Thermodynamics

14:45mins

10

ISOBARIC, ISOCHORIC, ADIABATIC, ISOTHERMAL, POLYTROPIC PROCESS,PATH AND POINT FUNCTION, ENERGY

14:56mins

11

WORK CALCULATION (CLOSED SYSTEM) FOR DIFFERENT TYPES OF PROCESSES and their graphs

13:10mins

12

NUMERICAL PROBLEMS OF WORK TRANSFER (CLOSED SYSTEM) FOR DIFFERENT TYPES OF PROCESSES

15:00mins

13

MORE NUMERICAL PROBLEMS OF WORK TRANSFER (CLOSED SYSTEM) FOR DIFFERENT TYPES OF PROCESSES

13:36mins

14

MORE NUMERICAL PROBLEMS OF PREVIOUSLY COVERED TOPICS OF THERMO, PREVIOUS YEAR QUESTIONS OF IES,GATE

13:51mins

15

Indicator diagram- work transfer calculation and numerical problems

15:00mins

16

MORE NUMERICAL PROBLEMS OF INDICATOR DIAGRAM,CONCEPTS-SHAFT WORK, ELECTRICAL WORK, PADDLE-WHEEL WORK

15:00mins

17

Problems of work transfer in piston cylinder device with spring and slope calculation of processes

15:00mins

18

Open system Work calculation for Different types of processes

11:25mins

19

Free expansion with zero work and Heat transfer

13:41mins

20

Specific heat , Latent heat and point remember regarding Heat transfer and Work transfer

15:00mins

21

Numerical problems of specific heat and latent heat and work transfer

14:05mins

22

First law of thermodynamics , Joule's Experiment

15:00mins

23

PMM1, Enthalpy,Heat transfer in various processes for closed system

15:00mins

24

Heat transfer in various processes for Closed system

15:00mins

25

Numerical problems of First Law of thermodynamics for closed system

14:52mins

26

More problems of first Law of thermodynamics for closed system

13:50mins

27

First law of thermodynamics for Control volume system ( open system) ,SFEE equation

14:50mins

28

Application of first Law of thermodynamics for open system and numerical problems

15:00mins

29

Numerical problems on First Law of thermodynamics for open system and also GATE problems

15:00mins

30

GATE Previous year question of First Law of thermodynamics for open system

9:49mins

31

GATE Numerical problems of first Law of thermodynamics for open and closed system

14:59mins

32

Introduction to Second Law of thermodynamics

12:36mins

33

Cyclic heat engine & Thermal Energy Reserviors (TER)

13:38mins

34

Kelvin-Planck Statement,PMM2 & Clausius'Statement, Equivalence of 2 statements

15:00mins

35

Equivalence of Kelvin-Planck and Clausius statement & Irreversible and reversible processes

14:35mins

36

Carnot Cycle & Carnot Heat Engine & Revered Carnot cycle

15:00mins

37

Carnot Theorem (Principles)

14:28mins

38

Q1/Q2=(T1/T2) ? and thermal efficiency of reversible heat engine ,COP of Refrigerator & HP

13:51mins

39

Numerical problems and Important points

15:00mins

40

Correction regarding lecture 39 (Important point & Numerical problems)

10:25mins

41

Important Numerical problems on Second Law of thermodynamics

15:00mins

42

Birth of Entropy, Understanding of entropy

15:00mins

43

Clausius' Inequality & Relation b/w Irreversible cycle/process & Reversible cycle/process

15:00mins

44

Entropy Principle & Understanding of some important points

15:00mins

45

Calculate ∆S(universe) for Different types of examples & also identify process is Rev.or irrev.?

15:00mins

46

Use entropy principle- Find maximum possible work transfer by heat engine

13:55mins

47

Entropy change of closed system & Combined 1 & 2 law of thermodynamics

13:44mins

48

Entropy calculation- solid, liquid, gas (ideal & real ),phase change & curve of V & P on T-s diagram

15:00mins

49

Important numerical problems on Entropy calculation

15:00mins

50

GATE Previous year problems on Entropy, Second Law & Carnot cycle

14:22mins

51

Important numerical problems on Entropy calculation

14:22mins

52

Entropy for open system & Similarity b/w Conservation of Energy, Entropy & mass

14:51mins

53

Problems of entropy for open system, relation b/w ∆S universe & ∆S generation

13:43mins

54

Availability/Available Energy/Exergy

14:27mins

55

Maximum useful work , Availability function for a closed system

14:47mins

56

Exergy balance for closed system,Law of degradation of Energy, Maximum useful work for open system

15:00mins

57

Maximum useful work for open system,Exergy balance for open System

15:00mins

58

Numerical problems on Availability/Exergy/Available Energy

15:00mins

59

GATE problems on Availability and Irreversibility

15:00mins

60

Second Law efficiency & Numerical problems on Availability

15:00mins

61

ESE Previous year questions on Availability & Irreversibility, Second Law & Entropy

15:00mins

62

Calculate- Gas characteristics constant of mixture of ideal gases, Cve,Cpv,Me,& partial pressure

14:38mins

63

Thermodynamic Relations – Gibbs func, Helmholtz func., Mat. theorems, Maxwell’s Equations & Tricks

15:00mins

64

1st TdS & 2nd TdS equation, Why Cp> Cv (always) ? ,Meyer’s equation , Isothermal compressibility,

15:00mins

65

Joule-Thomson Expansion (Joule-Kelvin Effect),Inversion curve, Maximum inversion temperature

15:00mins

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