We saw before that waves can be TRANSVERSE or LONGITUDINAL.
Now we will look at:
- Characteristics of Transverse & Longitudinal Waves
- Polarising waves
- Graphical representations
Let’s go!
Category: Physics
PHY C14: Energy & Intensity of Waves
We’re covering:
- Intensity
- Relationship between Intensity & Amplitude
Let’s go!
PHY C14: Wave Motion
We’re covering:
- Progressive Waves
- What is wave motion?
- Components of wave motion
- Wave equation
Let’s go!
14. WAVES
Sub-topics:
- Progressive Waves
- What is wave motion?
- Components of wave motion
- Wave equation
- Energy & Intensity of Waves
- Relationship between Intensity & Amplitude
- Transverse & Longitudinal Waves
- Characteristics of Transverse & Longitudinal Waves
- Polarising waves
- Graphical representations
- Doppler Effect
- Equation
- Electromagnetic Spectrum
Relevant Links:
⇐ Previous Chapter: Oscillations (A2)
⇐ Previous AS Chapter: Deformation of Solids
⇒ Next Chapter: Ultrasound (A2)
⇒ Next AS Chapter: Superposition
PHY C13: Forced Oscillations
Now let’s look at the last type: Forced Oscillations
- Forced oscillations
- Natural Frequency
- Resonance
- Frequency Response
- Graphs
PHY C13: Damped Oscillations
So far we’ve been looking at free oscillations (where the maximum displacement remains constant).
Now we shall look at damped oscillations.
PHY C13: Energy in Oscillations
Today we’re covering:
- Types of Energy
- Kinetic
- Potential
- Total Energy
Let’s go!
Continue reading “PHY C13: Energy in Oscillations”
PHY C13: Simple Harmonic Motion
Today we’re covering:
- Simple Harmonic Motion
- Equations
- Graphs
- Examples of Simple Harmonic Motion
- Loaded Spring
- Pendulum
Let’s go!
Continue reading “PHY C13: Simple Harmonic Motion”
PHY C13: Oscillations
Today’s topic:
- Oscillations
- Free oscillations
- Motion of an Oscillator
Let’s go!
Continue reading “PHY C13: Oscillations”
13. OSCILLATIONS (A2)
Sub-topics:
- Oscillations
- Free oscillations
- Motion of an Oscillator
- Simple Harmonic Motion
- Equations
- Graphs
- Examples of Simple Harmonic Motion
- Loaded Spring
- Pendulum
- Types of Energy
- Kinetic
- Potential
- Total Energy
- Damped Oscillations
- Forced oscillations
- Natural Frequency
- Resonance
- Frequency Response
- Graphs
Relevant Links:
⇐ Previous Chapter: Thermal Properties of Materials
⇐ Previous A2 Chapter: Gravitational Fields
⇒ Next Chapter: Waves
⇒ Next A2 Chapter: Ultrasound
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