Last for the chapter!

• Diffraction Grating
• Equation: nλ = d sin θ
• White light through a diffraction grating

Let’s go!

Now we’re going to cover:

• Diffraction (basics)
• Huygens’ Principle
• Factors affecting Diffraction

Let’s jump in!

Today we’re going to cover:

• Interference patterns
• Conditions required for 2-source interference
• Equation λ = ax/D

Let’s go!

Today’s topic:

• Measuring the speed of sound using stationary waves
  • Procedure
  • End-correction

Let’s go!

Today, we’re covering:

• Stationary waves in strings
• Stationary Waves in tubes
• Harmonics & Overtones

Now, we will consider stationary waves formed in columns of certain lengths.

Now we’re covering:

• Stationary Waves
• Formation of Stationary Waves
• Difference between Stationary & Progressive Waves

Let’s go!

New chapter!

• Principle of Superposition
• Interference
• Path difference

Here we go:

Today we’re covering:

• Electromagnetic Spectrum

Let’s jump in!