Beats Frequency : Theory

Introduction to Waves, Types, Speed of Wave in Different Mediums

10:20mins

Plain Progressive Waves (Part 2): Understanding Wave Propagation Direction

9:46mins

Plain Progressive Waves (Part 1): Introduction

10:32mins

Plain Progressive Waves (Part 3): Energy, Intensity Expressions

8:19mins

Understanding Wave Motion, General Equation of Waves

10:36mins

Principle of Superposition of Waves

13:10mins

Reflection and Transmission of waves

11:22mins

Reflection of waves : Free and Fixed end; Amplitude expression of reflected and transmitted wave

11:35mins

Standing wave and its equation

10:21mins

Vibrations in String and Resonance Condition

11:24mins

Interference in Sound Waves : Theory

13:50mins

Interference in Sound Waves : Numerical

8:41mins

Sound Waves : Pressure and Density Equation

11:24mins

Sound Waves : Expression for Speed

7:13mins

Effect of Pressure, Temperature, Density on Speed of Sound

10:47mins

Beats Frequency : Theory

7:13mins

Beats Frequency : Numerical

6:41mins

Doppler Effect in Sound Waves : Part 1

11:02mins

Doppler Effect in Sound Waves : Part 2

10:21mins

Organ Pipes : Part 1

11:14mins

Resonance Tube: Speed of Sound

10:16mins

Organ Pipes : Part 3 : Open Organ Pipe

9:39mins

Organ Pipes : Part 2 : Closed Organ Pipe

9:37mins

Speed of Sound in Gaseous Mix ; Speed of Particles and Speed of Sound

8:07mins

Quality Numerical 001

12:20mins

Quality Numerical 002

9:25mins

Quality Numerical 000 : Stationary Waves

5:53mins

Quality Numerical 003 : Mechanical Energy

7:05mins

Quality Numerical 004 : Mechanical Energy

6:18mins

Quality Numerical 005 : Standing Wave

5:45mins

Quality Numerical 006 : Wave Equation

11:03mins

Quality Numerical 009 : Interference of Sound Waves

6:29mins