Lecture 1: Thermodynamics Application | Engineering Thermodynamics-01 | EveryEng | Mechanical Engineer

Lecture 2: Microscopic Approach vs Macroscopic Approach || Engineering Thermodynamics-02 || EveryEng Mechanical

Lecture 3: Thermodynamics System | Engineering Thermodynamics- 03 | EveryEng | Mechanical Engineer

Lecture 4: Extensive Properties and Intensive Properties || Engineering Thermodynamics-4 || EveryEng Mechanical

Lecture 5 : ETF Investment Strategy | Make Regular Income from Stock Market

Lecture 6: Zeroth law of thermodynamics || Engineering Thermodynamics – 6 || EveryEng Mechanical

Lecture 7: Measurement of Temperature | PK Nag Chapter-2 || Engineering Thermodynamics-07 || EveryEng Mechnical

Lecture 8: PK Nag Solution Chapter 2 – Temperature || Engineering Thermodynamics-08 || EveryEng Mechanical

Lecture 9: Ideal Gas Equation vs Various Processes || Engineering Thermodynamics-09 || For GATE/IES

Lecture 10: PdV Work or Displacement Work || Engineering Thermodynamics-10 || EveryEng Mechanical

Lecture 11: PdV Work For Various Quasistatic Processes || Engineering Thermodynamics-11 || For GATE/IES

Lecture 12: Isothermal vs Adiabatic Curve || Engineering Thermodynamics-12 || For GATE/IES

Lecture 13: Polytropic Index For Various Processes || Engineering Thermodynamics-13 || For GATE/IES

Lecture 14: Path Function And Point Function || Engineering Thermodynamics-14 || For GATE/IES

Lecture 15: Work Other than Pdv or Displacement Work || Engineering Thermodynamic-15 || For GATE/IES

Lecture 16: Specific Heat And Latent Heat || Engineering Thernodynamics-16 || For GATE/IES

Lecture 17: Solved Example P.K. Nag Chapter-3 || Engineering Thermodynamics-17 || For GATE/IES

Lecture 18: Pk Nag Solution Chapter-3 || Engineering Thermodynamics-18 || For GATE/IES

Lecture 19: First Law Of Thermodynamics For Closed System(Ch-4) || Engineering Thermodynamics-19 || For GATE/IES