1.  By the end of today…  SWBAT draw conclusions from data to compare the traits of the eight planets.

5.  Mercury = 0  Venus = 0  Earth =1  Mars = 2  Jupiter = 16  Saturn = 18  Uranus = 21  Neptune = 8

7. Conclusions I can make from this graph:  Uranus has the most number of moons  The Jovian planets have a significant more number of moons than the Terrestrial planets.

9.  Mercury = 0.55  Venus = 0.80  Earth = 1.0  Mars = 0.10  Jupiter = 320  Saturn = 95  Uranus = 15  Neptune = 17

11. Conclusions I can make from this graph:  Jupiter has the biggest mass.  The Jovian planets have a bigger mass than the Terrestrial planets.

12.  Mercury = 5.4  Venus = 5.2  Earth = 5.5  Mars = 3.9  Jupiter = 1.3  Saturn = 0.7  Uranus = 1.2  Neptune = 1.7

14. Conclusions I can make from this graph:  Earth is the most dense planet.  The Terrestrial planets are more dense than the Jovian planets.

15.  Mercury = 0.24  Venus = 0.60  Earth = 1.0  Mars = 1.9  Jupiter = 12  Saturn =30  Uranus = 84  Neptune = 165

16. Conclusions I can make from this graph:  Neptune has the longest period of revolution.  The Jovian planets have the longer period of revolutions than the Terrestrial planets.

17.  Mercury = 60  Venus = 240  Earth = 1.0  Mars = 1.2  Jupiter = 0.35  Saturn = 0.40  Uranus = 0.70  Neptune = 0.75

19. Conclusions I can make from this graph:  Venus has the longest day.  Jupiter has the shortest day.  The Jovian planets have shorter periods of rotation than the Terrestrial planets.

20.  Mercury = 0.21  Venus = 0.01  Earth = 0.02  Mars = 0.09  Jupiter =0.05  Saturn = 0.05  Uranus = 0.05  Neptune = 0.01

21. Conclusions I can make from this graph:  Mercury has most eccentric orbit.

22.  1) Compared to Earth, does Jupiter have a shorter or longer period of revolution?  2) Compared to the Jovian planets, do the Terrestrial planets have shorter or longer periods of rotation?

23.  Create 15 of your own test questions AND answers on what we have learned so far in this unit (big bang, universe, galaxies, stars, planets, etc.).  You may NOT use questions you have seen before. (This is the easiest way to loose points)  5 – Multiple choice  5 – True/False  5 – Short answer