1. $100$100$100$100$100 $200 $200$200$200$200 $300 $300$300$300$300 $400 $400$400$400$400 $500$500$500$500$500 The Atmospher e Weather Heat Transfer Movement Grab Bag Click the Home Button after Question

2. DIRECTIONS: 1.Select a value in any category. 2.Read the answer 3.First teammate to properly phrase the question earns the money 4.Click the Home Button to return to main page 5.Most $ at end wins game 6.Or just use it for fun and learning!

3. This is created by swirling gases or liquids in a spiral. Click the Home Button after Question

4. Satellite pictures reveal that clouds in the atmosphere form these patterns. Click the Home Button after Question

5. Air above this surface moves down. Click the Home Button after Question

6. This layer of the atmosphere is eight miles thick and contains most of the Earth’s weather. Click the Home Button after Question

7. This current is formed by the movement of gasses or liquids between hot and cold areas. Click the Home Button after Question

8. This object fuels the Earth’s weather. Click the Home Button after Question

9. This phenomenon occurs when air rushes from high to low pressure. Click the Home Button after Question

10. This is created when hot, moist air meets with cold, dry air in the central states. Click the Home Button after Question

11. These form when warm air front meets cold air front head-on over land. Click the Home Button after Question

12. Light, warm air is associated with this kind of pressure system. Click the Home Button after Question

13. This substance heated faster during the heat rate investigation in lesson 2. Click the Home Button after Question

14. This substance stayed warm longer during the heat rate investigation. Click the Home Button after Question

15. This breeze is most common during the evening along beaches. Click the Home Button after Question

16. This breeze forms most commonly along beaches during the day. Click the Home Button after Question

17. These massive rotating storms begin over warm tropical waters. Click the Home Button after Question

18. These air fronts move quickly and create unstable air masses. Click the Home Button after Question

19. These are responsible for the movement of warm tropical waters toward the poles. Click the Home Button after Question

20. As observed by the “punk” experiment, the movement of this air did not permit the smoke to enter the funnel. Click the Home Button after Question

21. At night, warm air over a body of water causes this kind of wind. Click the Home Button after Question

22. This atmospheric phenomena can be used to help planes travel large distances. Click the Home Button after Question

23. Blame Canada! Tornadoes often form here when cold, dry from Canada meets warm, moist air from the Gulf of Mexico. Click the Home Button after Question

24. This is the spiraling mass of air in the center of a storm. Click the Home Button after Question

25. This process recycles the Earth’s water through evaporation and condensation. Click the Home Button after Question

26. These phenomena effect the global climate by distributing warm or cold water around the world. Click the Home Button after Question

27. This causes sunlight to travel through more air to reach the poles and less to reach equator. Click the Home Button after Question