• 1st/2nd
• Intro. to Light (Chapter 22)
  • How light is made
  • E=hf
  • History of discovery of light's nature
  • Speed of light and how light travels
  • Dual wave/particle nature of light
• *Reflection - specular and diffuse
• The law of reflection
• Some example problems
• 5th/6th
• Intro. to Light (Chapter 22)
  How light is made
  E=hf
  History of discovery of light's nature
  Speed of light and how light travels
  Dual wave/particle nature of light
• *Reflection - specular and diffuse
• The law of reflection
• Some example problems
• 7th
• Intro. to Light (Chapter 22)
  How light is made
  E=hf
  History of discovery of light's nature
  Speed of light and how light travels
  Dual wave/particle nature of light

Wednesday, May 20

1st
*Reflection - specular and diffuse
The law of reflection
Some example problems
5th
*Reflection - specular and diffuse
The law of reflection
Some example problems
7th
*Reflection - specular and diffuse
The law of reflection
Some example problems

Thursday, May 19

• 1st
• Refraction
  • Definition of n
  • Snell's law
  • Some examples
• 5th
• Refraction
  • Definition of n
  • Snell's law
  • Some examples
• 6th/7th
• Refraction
  • Definition of n
  • Snell's law
  • Some examples
• Dispersion (#29 and #30)
  • n values are for 589 nm (sodium-D lines average)
  • page 736 has a chart of n vs. lambda for different materials
• n₁lambda₁ = n₂lambda₂

Friday, May 20

• 1st
• P. 746; 1, 6, 17 due
• collect problems
• 5th
• P. 746; 1, 6, 17 due
• collect problems
• 7th
• P. 746; 1, 6, 17 due
• collect problems

Monday, May 23

• 1st/2nd
• Dispersion (#29 and #30)
  • n values are for 589 nm (sodium-D lines average)
  • page 736 has a chart of n vs. lambda for different materials
  • uses of spectrometers and spectrophotometers
• n₁lambda₁ = n₂lambda₂
• *Color theory
• 5th/6th
• Dispersion (#29 and #30)
  • n values are for 589 nm (sodium-D lines average)
  • page 736 has a chart of n vs. lambda for different materials
  • uses of spectrometers and spectrophotometers
• n₁lambda₁ = n₂lambda₂
• *Color theory
• 7th
• Dispersion (#29 and #30)
  • n values are for 589 nm (sodium-D lines average)
  • page 736 has a chart of n vs. lambda for different materials
  • uses of spectrometers and spectrophotometers
• n₁lambda₁ = n₂lambda₂

Tuesday, May 24

• 1st/2nd
• P. 747, 7-12 due
• Go over problems
• *Total internal reflection and critical angles
• 5th/6th
• P. 747, 7-12 due
• Go over problems
• *Total internal reflection and critical angles
• CFF computer survey
• DVD demonstrations (DVD 21 & 22)
• 7th
• P. 747, 7-12 due
• More on color theory

Wednesday, May 25

• 1st
• P. 748, 21-24 due
• Go over problems
• 5th
• P. 748, 21-24 due
• Go over problems
• 6th/7th
• P. 748, 21-24 due
• Go over problems
• *Total internal reflection and critical angles
• DVD demonstrations (DVD 21 & 22)
• Work on problems

Thursday, May 26

• 1st
• 3d images
• 5th
• 3d images
• 6th/7th
• 3d images
• *Color theory

Friday, May 27

• 1st
• Final questions?
• 5th
• Final questions?
• 7th
• Final questions?

Monday, May 30 – No School – Memorial Day

Tuesday, May 31

• 1st/2nd
• P. 749, 33-38 due
• Go over problems
• Final questions?
• 5th/6th
• P. 749, 33-38 due
• Go over problems
• Final questions?
• 7th
• P. 749, 33-38 due
• Go over problems
• Final questions?

Wednesday, June 1 - Last activity period of the year

• 1st
• Final questions?
• 5th
• Final Exam
• 7th (6th period lab report to your other 6th period class)
• Polarization

Thursday, June 2

• 1st
• Final Exam
• 5th
• Polarization
• 7th (during 4th period time slot)
• Final questions?

Friday, June 3

• 1st - No class due to finals schedule
• World's simplest motor lab
• 7th
• Final Exam