1. TA19B –Teach About Planets, Asteroids, Meteors and Comets Use with BrishLab ES19B Done By: Coach

2. 1- What happened to left over material after the planets formed? Page 1 Para 2

3. 1- What happened to left over material after the planets formed? Planets formed from material in space. Page 1 Para 2

4. 1- What happened to left over material after the planets formed? Planets formed from material in space. Page 1 Para 2 Image Link Image Link

5. 2- What are the four inner planets and how are they all similar? Page 1 Para 4

6. 2- What are the four inner planets and how are they all similar? Page 1 Para 4 Mercury, Venus, Earth and Mars are all terrestrial – Earth like and made of rock.

7. 2- What are the four inner planets and how are they all similar? Page 1 Para 4 Mercury, Venus, Earth and Mars are all terrestrial – Earth like and made of rock. Image Link Image Link

8. 3- What are the four outer planets and how are they all similar? Page 1 Para 6

9. 3- What are the four outer planets and how are they all similar? Page 1 Para 6 Jupiter, Saturn, Uranus and Neptune are gas giants – but still small compared to the Sun.

10. 3- What are the four outer planets and how are they all similar? Page 1 Para 6 Jupiter, Saturn, Uranus and Neptune are gas giants – but still small compared to the Sun. Image Link Image Link

11. 4- Where are most of the moons found in our solar system? Page 2 Para 8

12. 4- Where are most of the moons found in our solar system? Page 2 Para 8 The outer planets have many more moons than the inner planets.

13. 4- Where are most of the moons found in our solar system? Page 2 Para 8 The outer planets have many more moons than the inner planets. Image Link Image Link

14. 5- Describe an asteroid. Page 5 Para 9

15. 5- Describe an asteroid. Page 5 Para 9 Asteroids are small rocky bodies that orbit the sun.

16. 5- Describe an asteroid. Page 5 Para 9 Asteroids are small rocky bodies that orbit the sun. Image Link Image Link

17. 6- How can we ‘see’ meteors in the night sky? Page 2 Para 10

18. 6- How can we ‘see’ meteors in the night sky? Page 2 Para 10 When the rocks streak through the atmosphere, they leave a glowing tail of material.

19. 6- How can we ‘see’ meteors in the night sky? Page 2 Para 10 When the rocks streak through the atmosphere, they leave a glowing tail of material. Image Link Image Link

20. 7- What is a meteoroid and how is it different from a meteor? Page 2 Para 11

21. 7- What is a meteoroid and how is it different from a meteor? Page 2 Para 11 A meteoroid has not entered the atmosphere, a meteor is burning in the atmosphere. (Meteoroid Out In Distance)

22. 7- What is a meteoroid and how is it different from a meteor? Page 2 Para 11 Image Link Image Link A meteoroid has not entered the atmosphere, a meteor is burning in the atmosphere. (Meteoroid Out In Distance)

23. 8- How is a meteorite made? Page 2 Para 11

24. 8- How is a meteorite made? Page 2 Para 11 Once a meteor has hit the Earth, it is a meteorite – It Touched Earth.

25. 8- How is a meteorite made? Page 2 Para 11 Image Link Image Link Once a meteor has hit the Earth, it is a meteorite – It Touched Earth.

26. 9- Describe a comet and its orbit around the sun. Page 2 Para 12

27. 9- Describe a comet and its orbit around the sun. Page 2 Para 12 Comets are a ball of rock and ice that orbit the sun, but in a very long elliptical orbit with a tail of material.

28. 9- Describe a comet and its orbit around the sun. Page 2 Para 12 Comets are a ball of rock and ice that orbit the sun, but in a very long elliptical orbit with a tail of material. Image Link Image Link

29. 10- Why is Pluto now called a Dwarf Planet? Page 2 Para 13

30. 10- Why is Pluto now called a Dwarf Planet? Page 2 Para 13 The definition of a planet changed. Pluto does not clean out the orbital path of debris.

31. 10- Why is Pluto now called a Dwarf Planet? Page 2 Para 13 The definition of a planet changed. Pluto does not clean out the orbital path of debris. Image Link Image Link

32. Wrap it up: Draw and color the orbit of a comet around our sun.

33. Image Link Image Link