Students will explore some of the processes and cycles experienced in the Earth's atmosphere. Investigations involve the water cycle and the factors that affect the rate of water movement through the cycle and the study of weather. Other investigations include the ways heat is transferred at and near Earth's surface, and the differential heating of various Earth materials--all of which influence the weather. Finally, the overall atmospheric structure will be examined.
This presentation focuses on the different properties that make up our atmosphere, including the various gases and different layers. Also included is a discussion of the different techniques meteorologists use to measure the state of the atmosphere.
The answer key will provide the instructor with the correct answers to the quiz, as well as an explanation of the answer.
This unit introduces the student to the basic forms of energy with an emphasis on the properties of energy in relation to weather processes. Energy transferal and transformation are also explored. Weather patterns, historical trends, and the use of data to predict future weather conditions are emphasized.
This presentation details the processes of our atmosphere and what they mean to weather forecast. These include high and low pressure systems, weather fronts, and cloud formation.
This Teacher's Guide provides an explanation of weather analysis and forecasting processes in addition to the information presented in the PowerPoint slideshow.
This activity requires the student to analyze a weather map to identify warm, cold, and stationary fronts. Students will also gain a basic understanding of the variety of weather that is associated with each type of front.
The answer key will provide the instructor with the correct answers to the quiz, as well as an explanation of the answer.
Students will learn the atmospheric forces and motions needed to produce a thunderstorm. Exploration of the life cycle of thunderstorms and identification of products of severe thunderstorms. Other investigations will be the hazards produced by severe thunderstorms from the various motions involved in thunderstorm development.
This presentation focuses on the ingredients and triggers necessary to create a thunderstorm, as well as how thunderstorms produce lightning, hail, downbursts, and tornadoes.