This week we are: Learning about EMR, light and its properties |

I will be able to explain refraction of light and lensesI 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 lensesI can calculate the image location, magnification and focal point for different lensesI can calculate the critical angle for refractionI can explain dispersion, diffraction and interference patterns qualitativelyI can describe the quantum model of lightI can explain the photoelectric effectI 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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