Lecture10

Table of Contents

1. Motion Inside Earth
2. Why study Earth's internal motion?
3. Why study Earth's internal motion?
4. Why study Earth's internal motion?
5. Why study Earth's internal motion?
6. Why study Earth's internal motion?
7. Why study Earth's internal motion?
8. Why study Earth's internal motion?
9. Why study Earth's internal motion?
10. Why study Earth's internal motion?
11. 10.1 How does convection work?
12. Convection
13. 10.1 How does convection work?
14. 10.1 How does convection work?
15. 10.1 How does convection work?
16. 10.1 How does convection work?
17. 10.1 How does convection work?
18. 10.1 How does convection work?
19. 10.2 What does mantle convection look like?
20. 10.2 What does mantle convection look like?
21. 10.2 What does mantle convection look like?
22. 10.2 What does mantle convection look like?
23. 10.2 What does mantle convection look like?
24. 10.2 What does mantle convection look like?
25. 10.2 What does mantle convection look like?
26. 10.2 What does mantle convection look like?
27. 10.2 What does mantle convection look like?
28. 10.3 How does outer-core convection generate the magnetic field?
29. 10.3 How does outer-core convection generate the magnetic field?
30. 10.3 How does outer-core convection generate the magnetic field?
31. 10.3 How does outer-core convection generate the magnetic field?
32. 10.3 How does outer-core convection generate the magnetic field?
33. 10.3 How does outer-core convection generate the magnetic field?
34. 10.3 How does outer-core convection generate the magnetic field?
35. 10.3 How does outer-core convection generate the magnetic field?
36. 10.4 How do we know ... Earth's core is a dynamo?
37. 10.4 How do we know ... Earth's core is a dynamo?
38. 10.4 How do we know ... Earth's core is a dynamo?
39. 10.4 How do we know ... Earth's core is a dynamo?