Waves

This lesson will look at doppler effect and explain how and why it happens when the wave source is moving or an observer is moving or both. This lesson will take a look at what happens to a frequency when an observer becomes closer or further away. A diagram will be drawn to explain what occurs in relation to speed of a wave.

This lesson will look at an example shock wave problem with given information and ask and explain how to find the angle of a shock wave. A diagram will be drawn and a step by step process will be explained in depth how to find the appropriate equation to solve.

This lesson will look at the refraction of 2 Dimensional water waves. Water of different depth and how it is considered will be explained. This lesson will give a step by step in-depth explanation of the concept by looking at graphs and diagrams to derive formulas to solve.

This video will explain how to relate the momentum of a particle to wavelength.A brief review of wave length and particle behaviors and how they relate to each other. Through examples and diagrams to show and explain the reasoning behind particles having wave lengths.

This lesson will look at a real life experiment to show periodic waves and wave speed. This lesson will give a step by step in-depth explanation of the concept by looking at graphs and diagrams to derive formulas to solve.

This lesson will look at the ways to categorize waves. Mechanical waves and what it requires to travel will be explained as well as an Electromagnetic waves and how they can travel. Transverse waves and longitudinal wave and their similarities and differences will be explained. What a wave carries will be explained. Simple Harmonic energy will be looked at in review to explain potential energies and their relations to waves. This lesson will go through how to derive formulas to solve and explain concepts of different types of waves.

This lesson will look at simple harmonic ranking questions. These questions will explain the period of a spring mass oscillator, what identical springs mean, what would a period the same mean and potential energies. How to find frequency will be shown and explained through a diagram. A graph will be drawn to better understand the concept.

This lesson will look at real life examples and an experiment to explain the doppler effect. The experiment will show what occurs to pitch when the wave source moves toward or away from the wave source. This lesson will look at diagrams to look at the motion of the wave source. The Doppler effect will be defined and explained in depth in this lesson.

This lesson will look at an experiment and explain how to solve a problem with given information and how to find the speed of sound in air. The formula of speed and its equivalency to frequency times the wavelength will be discussed and the example will ask you to solve for which of these stayed the same. This lesson will take a step by step process with an in-depth explanation to explain how to find the appropriate formulas to solve.