Канал: Prof. Rahul Yadav (Physics)

Air Resistance Experiment

Air Resistance Experiment

Centre of gravity #physicsexperiments #science #physics

Centre of gravity #physicsexperiments #science #physics

Try Angular Momentum in your Garden. #education #physicsexperiments #science #fun

Try Angular Momentum in your Garden. #education #physicsexperiments #science #fun

Interference of Light #science #experiment #physics #education

Interference of Light #science #experiment #physics #education

Newton's Cradle | #physics #science Momentum, Conservation of momentum #collision #momentum #cbse

Newton's Cradle | #physics #science Momentum, Conservation of momentum #collision #momentum #cbse

#weightlessness Gravity Gayab 😳😎#science #physics #experiment #sciencefacts #scienceexperiment #

#weightlessness Gravity Gayab 😳😎#science #physics #experiment #sciencefacts #scienceexperiment #

Gravity Gayab hui on Earth 😳😎#science #physics #experiment #sciencefacts #scienceexperiment #

Gravity Gayab hui on Earth 😳😎#science #physics #experiment #sciencefacts #scienceexperiment #

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

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

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

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

Finally We Are Back........ WELCOME 🙏

Finally We Are Back........ WELCOME 🙏

BEEE Lecture 9(Maximum Power Transformation)

BEEE Lecture 9(Maximum Power Transformation)

BEEE Lecture -8 (Super Position Theorm)

BEEE Lecture -8 (Super Position Theorm)

BEEE Lecture -7 (Norton's Theorm)

BEEE Lecture -7 (Norton's Theorm)

BEEE Lecture -6 (Thevenin's Theorm)

BEEE Lecture -6 (Thevenin's Theorm)

BEEE Lecture -5 Supernode Analysis

BEEE Lecture -5 Supernode Analysis

BEEE Lecture -4 (Supermesh Analysis)

BEEE Lecture -4 (Supermesh Analysis)

Lecture-3 BEEE (Mesh analysis)- Mumbai University

Lecture-3 BEEE (Mesh analysis)- Mumbai University

Lecture-2 BEEE (Nodal analysis)- Mumbai University

Lecture-2 BEEE (Nodal analysis)- Mumbai University

Lecture-1 BEEE (KCL / KVL)- Mumbai University

Lecture-1 BEEE (KCL / KVL)- Mumbai University

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

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

Derivative - Implicit Function|| Lecture-4

Derivative - Implicit Function|| Lecture-4

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

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

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

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

Derivative lecture 3

Derivative lecture 3

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

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

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

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

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

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

Trick to Remember Formulae of Principal stress || Mechtrick

Trick to Remember Formulae of Principal stress || Mechtrick

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

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

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

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

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

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

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

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

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

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

Derivative lecture 2

Derivative lecture 2

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

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

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

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

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

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

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

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

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

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

Derivative Lecture 1

Derivative Lecture 1

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

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

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

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

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

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

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

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

Integration || Lecture 9

Integration || Lecture 9

Integration || Lecture 8

Integration || Lecture 8

Integration || Lecture 7

Integration || Lecture 7

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

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

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

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

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

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

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

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

Integration || Lecture 6

Integration || Lecture 6

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

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

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

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

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

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

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

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

Centroid || Notes in description || Engineering Mechanics

Centroid || Notes in description || Engineering Mechanics

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

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

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

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

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

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

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

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

Coplanar Forces || Notes in description || Engineering Mechanics

Coplanar Forces || Notes in description || Engineering Mechanics

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

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

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

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

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

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

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

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

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

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

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

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

BEEE Mumbai University Syllabus and paper pattern

BEEE Mumbai University Syllabus and paper pattern

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

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

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

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

Trick to Remember Iron Carbide Diagram for Any Exam

Trick to Remember Iron Carbide Diagram for Any Exam

Mechcrack Title

Mechcrack Title

Trick to remember elastic constant formula

Trick to remember elastic constant formula

All About Governor (in Engine) by Vivek Sir

All About Governor (in Engine) by Vivek Sir

All Thermodynamic cycles - Tricks to Remember Within 9 Min

All Thermodynamic cycles - Tricks to Remember Within 9 Min

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

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

vibration-Damping factor and Transmissibility

vibration-Damping factor and Transmissibility

Vibration - Springs in Series and Parallel Problems in GATE

Vibration - Springs in Series and Parallel Problems in GATE

heat exchanger Part - 2 (Specific Content Only)

heat exchanger Part - 2 (Specific Content Only)

Reversed carnot cycle - Refrigerator & Heat Pump and COP quick revision

Reversed carnot cycle - Refrigerator & Heat Pump and COP quick revision

introduction to heat exchanger

introduction to heat exchanger

All about Carnot Cycle very fast and quick Revision

All about Carnot Cycle very fast and quick Revision

What is Mechcrack??

What is Mechcrack??