Trabajo de los rusos.pdf
+ Atmospheric Stability Chapter 4. + Learning Targets #7- I can describe adiabatic temperature changes and differentiate between the dry adiabatic rate.
TAKS Review
Mr. Hartwell -- F-M Meteorology
Do Now! Take out your “Cove Viewing Guide”- which question are you going to expand on for the “Culminating Activity”? What is your opinion on that question?
Watercycle Evaporation – liquid to gas (water to water vapor) Condensation – gas to liquid Precipitation – snow, rain, etc. Evapotranspiration – evaporation.
Humidity, Condensation and Clouds Chapter 4. Humidity The term humidity is used to describe the amount of water vapor in the air. Water vapor in the atmosphere.
Mr. Hartwell -- F-M Meteorology Cloud Types & Properties.
Water Resources Chapter 13. Hydrosphere The hydrosphere includes all of the water on or near Earth’s surface. Lakes Rivers Oceans Icecaps Clouds wetlands.
Warm Up 1. At 25 0 C, air contains 15 gH 2 O / m 3 air. Saturation point: 20 g/m 3 Calculate the relative humidity. 2. What is the dry adiabatic rate?
