Monday, May 3

1.Video: Carbon Cycle (11 min)2.Video: Nitrogen Cycle (14 min)3.Fill in Diagrams for Carbon and

Nitrogen cycles4.Carbon and Nitrogen cycle quiz on

Friday, May 7

Tuesday-Wednesday, May 4-5

1.Computer Lab:

A.Carbon Cycle ActivityB.Nitrogen Cycle ActivityC.Calculate your carbon footprint

REMEMBER: CARBON AND NITROGEN CYCLE QUIZ ON FRIDAY, MAY 7

Wednesday, May 51.Computer Lab:

REMEMBER: CARBON AND NITROGEN CYCLE QUIZ ON FRIDAY, MAY 7

A. Make a word document: May have a diagram of the Nitrogen Cycle and Carbon cycle on it to use on quiz

B. Go to my outbox and open the link to science animations: Do the Carbon cycle animation. You may also explore other animations

Thursday, May 6

1.Graph CO2 levels in the air throughout earths history

2.Do Nitrogen cycle and Carbon Cycle X-Words

3.N. Cycle and C. Cycle quiz tomorrow!!!

Friday, May 7

1. Quiz – Nitrogen and carbon Cycles!

Monday, 5/10

1. DVD- Blue Planet: Ocean World

Tuesday, 5/11

1.Demo: Can Crusher

2.Ch. 16, Sec 1 notes

3.Weather terms crossword

Wednesday, 5/12

1.Check Crossword and notes

2.Video - Weather: Chaos around us

3.Video quiz24

Thursday, 5/131.Clouds practice quiz2.Ch. 16 Sec. 2 Notes3.Workbook assignment

105-106

Friday, May 14

1.Model the Coriolis Effect

Tuesday, May 18

1. C. Lab: Start Cloud Project

2. Cloud Project due Friday, May 21

Thursday, May 20

1. Cloud Project Day 2 (Turn in day is Friday)

Friday, May 21

1.Finish cloud Project.

-You must print out what you have done and bring to me by 10 minutes before the end of the hour. (print in handout format, 4 slides per page)

-After your cloud project is checked, go into my outbox and play the clouds millionaire game.

Monday, May 24

1.Cloud diagram

2.Outdoor classroom: Skywatching!

Tuesday, May 25

1.Humidity!!!!

2.Demo

3.Humidity chart and Puzzle

Relative Humidity: The amount of moisture in the air, relative to the air temperature.

Given as a percentage:100% means the air is holding the maximum amount of water vapor possible.This is called Saturation.

The higher the temperature, the more water vapor the air can hold.

Heat Index: How warm the air feels based on combination of temperature and relative humidity.