Dive into an extensive 11-hour video series exploring the fascinating world of waves in physics. Gain a comprehensive understanding of both transverse and longitudinal (mechanical) waves through detailed explanations and numerous example problems. Begin with introductory concepts in transverse waves, then progress to key topics such as wavelength, frequency, and speed. Explore energy transfer, the general differential equation of waves, superposition, and interference. Delve into phasors, standing waves, and resonances before transitioning to longitudinal waves. Investigate the speed of sound, interference in sound waves, intensity, and sound levels. Discover the physics behind musical sounds, beats, and the Doppler effect. Conclude with advanced concepts like supersonic speeds, shock waves, and electromagnetic waves, including energy transport, the Poynting vector, force and pressure, and polarization.
Overview
Syllabus
1_1 Introductory Notes in Transverse Waves.flv.
1_2 Introductory Notes in Transverse Waves.flv.
1_3 Introductory Notes in Transverse Waves.flv.
1_4 Introductory Notes in Transverse Waves.flv.
Waves 2_1 Wavelength Frequency and Speed.flv.
Waves 2_2 Wavelength Frequency and Speed.
Waves 2_3 Wavelength Frequency and Speed.flv.
Waves 2_4 Wavelength Frequency and Speed.
Waves 2_5 Wavelength Frequency and Speed.
Waves 2_6 Wavelength Frequency and Speed.
Waves 2_7 Wavelength Frequency and Speed.
Waves 2_8 Wavelength Frequency and Speed.
Waves 2_9 Energy Transfer in Transverse Waves.
Waves 2_10 General Differential Equation of Waves.
Waves 2_11 General Differential Equation of Waves.
Waves 2_12 General Differential Equation of Waves.
Waves 2_13 Superposition of Waves and Interference.
Waves 2_14 Superposition of Waves and Interference.
Waves 2_15 Superposition of Waves and Interference.
Waves 2_16 Phasors.
Waves 2_17 Phasors.
Waves 2_18 Standing Waves and Resonances.
Waves 2_19 Standing Waves and Resonances.
Waves 2_20 Standing Waves and Resonances.
Waves 2_21 Standing Waves and Resonances.
Waves 2_22 Introductory Lectures on Longitudinal Waves.
Waves 2_23 Introductory Lectures on Longitudinal Waves.
Waves 2_24 Introductory Lectures on Longitudinal Waves.
Waves 2_25 Introductory Lectures on Longitudinal Waves.
Waves 2_26 Introductory Lectures on Longitudinal Waves.
Waves 2_27 Introductory Lectures on Longitudinal Waves.
Waves 3_1 The Speed of Sound.
Waves 3_2 The Speed of Sound.
Waves 3_3 The Speed of Sound.
Waves 3_4 Interference.
Waves 3_5 Interference.
Waves 3_6 Intensity and Sound Level.
Waves 3_7 Intensity and Sound Level.
Waves 4_1 Sources of Musical Sounds.
Waves 4_2 Sources of Musical Sounds.
Waves 4_3 Sources of Musical Sounds.
Waves 5_1 Beats.
Waves 6_1 Doppler Effect.
Waves 6_2 Doppler Effect.
Waves 6_3 Doppler Effect.
Waves 7_1 Supersonic Speeds and Shock Waves.
Waves II 1_1 Traveling Electromagnetic Waves.
Waves II 1_2 Traveling Electromagnetic Waves.
Waves II 1_3 Traveling Electromagnetic Waves.
Waves II 1_4 Energy Transport and the Poynting Vector.
Waves II 1_5 Energy Transport and the Poynting Vector.
Waves II 1_6 Energy Transport and the Poynting Vector.
Waves II 1_7 Energy Transport and the Poynting Vector.
Waves II 2_1 Force and Pressure.
Waves II 2_2 Force and Pressure.
Waves II 2_3 Force and Pressure.
Waves II 2_4 Force and Pressure.
Waves II 3_1 Polarization.
Waves II 3_2 Polarization.
Taught by
Dr Juan Klopper
