| This week we are: Learning about EMR, light and its properties |
| I will be able to explain refraction of light and lenses I will be able to explain dispersion, diffraction and interference patterns in light.
I will be able to explain polarization of light
|
| I can explain images from convex and concave lenses I can calculate the image location, magnification and focal point for different lenses I can calculate the critical angle for refraction I can explain dispersion, diffraction and interference patterns qualitatively I can describe the quantum model of light I can explain the photoelectric effect I can calculate the work function from a graphical representation. |
Monday
1. Today we will discuss our field trip to the University.
2. Go over likes/dislikes from the field trip.
3. Go over Let's DO science for next week.
4. Notes 28 & 29
Tuesday
1. Review lenses and discuss quiz for Thursday
2. Notes 30 & 31
3. Lab demo for dispersion, diffraction and interference patterns.
4. Lab activity - calculate the focal point and magnification of convex lenses
Wednesday
1. Introduction to quantum theory, notes 32
Thursday
1. Quiz on Light Notes 22-31
2. Discussion on photoelectric effect.3. Go over Notes 33&34
Friday
1. Go over an example of the photoelectric effect/work function graph and the calculations.2. Assign practice work for photoelectric effect.
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