24:38

Types of Fluid Flow in Fluid Mechanics || Uniform flow, steady flow, Laminar flow, Turbulent flow

14:22

All Laws of thermodynamics || zeroth law, First law, second law and third law of thermodynamics

12:02

Derivative || when to use Log in Derivative || Lecture - 5

10:58

Derivative - Implicit Function|| Lecture-4

22:36

Amzing Trick for Slope /Deflection / Max Bending Moment of beams in Hindi

46:52

Numericals on Wedges and Ladder || Friction || Mumbai University || Lecture 4

17:25

Derivative lecture 3

49:13

Work and Energy method || Numericals || Virtual work method || Lecture 2 || Mumbai University

33:41

Impulse momentum method | Types of Impact || Collision || Central Impact || Lecture 1

35:16

Impulse momentum method | Oblique Central impact Numericals || Central Impact Numeric|| Lecture 2

07:31

Trick to Remember Formulae of Principal stress || Mechtrick

42:23

Work and Energy method || Types of work || Kinetic of Particle || Lecture 1 || Mumbai University

32:42

Numericals based on ICR method || Kinematic if rigid body || Lecture 2 || Mumbai University ||

22:34

D' Alembert's principle || Newton's 2nd Law || Kinetic of Particle || Lecture 1 || Mumbai University

46:18

Numericals on D' Alembert's principle || Newton's 2nd Law || Kinetic of Particle || Lecture 2

01:03:52

Numericals on CSLM || constant string length method || Kinetic of Particle || Lecture 3

28:34

Derivative lecture 2

46:05

ICR Method and Introduction || Kinematics of Rigid body || Lecture 1 || Mumbai University

51:17

Projectile Motion || Kinematics of Particle || Lecture 4 || Mumbai University

01:00:09

Curvilinear Motion || Numerical || Kinematics of Particle || Lecture 2 || Mumbai University

01:18:36

a-t, v-t, x-t Motion Curves || Kinematics of Particle || Lecture 3 || Mumbai University

42:13

Variable Acceleration Motion || Kinematics of Particle ||Mumbai University|| Lecture 1

29:09

Derivative Lecture 1

01:20:51

Friction || Lecture 3 || Numericals || Mumbai University

39:50

Friction || Lecture 2 || Numericals || Mumbai University

01:20:00

BEE || Lecture 1 || Mumbai University|| DC chapter || Kirchoff's Law

31:47

Friction || Laws of Friction|| Angle of Friction|| Types of Friction || Angle of Repose || Lecture 1

08:35

Integration || Lecture 9

38:37

Integration || Lecture 8

31:48

Integration || Lecture 7

24:31

Direct Current || Kirchoff's Current Law || Lecture 1 || MU

44:30

Numerical on UDL, UVL|| Equilibrium || Mumbai University || Lecture 2

01:01:24

Equilibrium || Lami's Theorem || Numerical || Lecture 3 || MU

55:08

BEEE INTRODUCTION || RESISTANCE, VOLTAGE, CURRENT, SPECIFIC RESISTA || Mumbai University|| Lecture 1

15:25

Integration || Lecture 6

01:00:32

Equilibrium || FBD, UDL, UVL || Notes in description || Engineering Mechanics

17:17

UV rule in integration || LIATE Rule in integration || Lecture 5

35:29

Varignon's Theorem || Numerical || Coplanar Forces || Notes in description || Engineering Mechanics

37:53

Integration || Lecture 4 || (useful for JEE/AIEEE/IIT/Engineering/ 12th / MHT CET.)

40:57

Centroid || Notes in description || Engineering Mechanics

53:25

Axis of symmetry || Centroid || Notes in description || Engineering Mechanics

38:40

Integration || Lecture 3 || (useful for JEE/AIEEE/IIT/Engineering/ 12th / MHT CET.)

43:02

Integration || Lecture 2 || (useful for JEE/AIEEE/IIT/Engineering/ 12th / MHT CET.)

34:36

Integration || Lecture 1 || (useful for JEE/AIEEE/IIT/Engineering/ 12th / MHT CET.)

01:03:28

Coplanar Forces || Notes in description || Engineering Mechanics

30:26

Resultant of Coplanar concurrent Force system || Notes in description || Engineering Mechanics

01:03:06

Engg. Mechanic - An Introduction to Mechanics - Notes in description

15:10

All Integration formulae (useful for JEE/AIEEE/IIT/Engineering/ 12th / MHT CET.)

10:50

All Derivative formulae (useful for JEE/AIEEE/IIT/Engineering/ 12th / MHT CET.)

15:49

Find sin (2π+θ) | Cos (2π+θ) |sin (π/2+θ) | Tan (π+θ) all conversion Method with example | Hindi

04:56

Trick to Remember formulae of Sin2A & Tan(A+B) ( useful for JEE And 12th)

10:23

BEEE Mumbai University Syllabus and paper pattern

07:00

Trick to Remember formulae of Cos2A ( useful for JEE And 12th)

12:30

Trick/Shortcut to Remember Slope and Deflection (Mechanical / Civil) Engineering

18:37

Trick to Remember Iron Carbide Diagram for Any Exam

00:18

Mechcrack Title

04:24

Trick to remember elastic constant formula

13:26

All About Governor (in Engine) by Vivek Sir

08:44

All Thermodynamic cycles - Tricks to Remember Within 9 Min

12:30

Gear Train Problem (Full procedure to solve) by vivek sir