9. Your weight is Earth’s gravitational
force on you (and, equally, your pull on it). Compare what you
would weigh on each of the exoplanets versus your weight here on
Earth and fill in Table 7.2, using the example for Kepler 3b as
your guide. Set up Newton’s law of gravity for the planet and for
Earth. Combine your equations in a ratio, and then solve for the
ratio of the forces. Only then should you plug in the numbers from
the table. (See the pre- questions for this activity for how to do
this.) Table 7.2. Exercise for question 9. Exoplanet Mass compared
Radius Ratio of weights/forces Designation to Earth’s compared to
(exoplanet versus Kepler 3b 26 5 26/52 z 25/ 25: 1 Kepler 4b 24 4
Kepler 8b 190 16 Kepler-34(AB) b 69 9 Kepler-35(AB) b 40 8
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1)answer choices for Kepler 4b are: a) 1.5 b) 0.74 c) 0.63 d)
0.85 2) answer choices for Kepler 8b are: a)1.5 b) 0.74 c) 0.63 d)
0.85 3) answer choices for Kepler-34 a) 0.63 b) 0.74 c) 0.85 d)1.5
4) answer choices for Kepler-35 are: a) 0.74 b) 0.85 c) 1.5 d) 0.63
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