Course Overview (in Hindi)

4:26 mins

Lesson 1 Properties of Pure Substance (in Hindi)

12:18 mins

Lesson 2 Phase Change of Pure Substance (in Hindi)

14:24 mins

Lesson 3 Triple Point and P T Curve for Pure Substance (in Hindi)

13:44 mins

Lesson 4 Gibbs Equation and Previous Year Conceptual Questions (in Hindi)

6:51 mins

Lesson 5 Isotherms ,compressed and Superheated States (in Hindi)

14:14 mins

Lesson 6 T S Diagram for Pure Substance (in Hindi)

8:42 mins

Lesson 8 Concept of Saturation Temperature and Pressure (in Hindi)

7:24 mins

Lesson 7 H-S Diagram (in Hindi)

13:11 mins

Lesson 9 Dryness Fraction and Different Formulas to Remember (in Hindi)

8:27 mins

Lesson 11 previous year important question on properties of pure substance

11:09 mins

Lesson 12 previous year ESE questions on properties of pure substance

12:42 mins

Lesson 13 simple steam power cycle

9:47 mins

Lesson 14 RANKINE CYCLE

8:39 mins

Lesson 15 Rankine cycle numerical Approach

10:49 mins

Lesson 16 ACTUAL VAPOUR POWER CYCLE

13:08 mins

Lesson 17 comparison between carnot cycle and rankine cycle

8:19 mins

Concept of mean temperature of heat addition

8:32 mins

Lesson 19 EFFECT OF SUPER HEAT AND PRESSURE ON RANKINE CYCLE

7:40 mins

Lesson 20 reheat rankine cycle with full concept

12:37 mins

Lesson 21 ideal regenerative cycle most important for interviews

14:26 mins

Lesson 22 REGENERATIVE CYCLE WITH FULL EXPLANATION

14:58 mins

Lesson 23 important questions for gate isro ese and rrb cbt 2

11:05 mins

Lesson 24 important questions on rankine cycle and properties of pure substance

8:08 mins

Lesson 25 important numericals from gate on properties of pure substance and rankine cycle

8:02 mins

Lesson 26 important numerical on regeneration of steam power plant

10:45 mins

Lesson 27 properties of ideal working fluid in steam powerplant

7:35 mins

Lesson 28 brayton cycle -introduction

6:27 mins

Lesson 29 efficiency calculation of brayton cycle

8:34 mins

Lesson 30 comparison of rankine and brayton cycle

6:32 mins