1. Using Kepler’s Third Law how does it take Saturn to orbit the sun given that

Question

1. Using Kepler’s Third Law how does it take Saturn to orbit the sun given that it’s distance from the sun in 9.529 AU? - 4.45 years - 27 years - 29.4 years - 91 years 2. Kepler’s three laws resulted from his careful analysis of _____ data, and were not derived from a mathematical model. - Experimental - Hypothetical - Theroetical - Observational 1. Using Kepler’s Third Law how does it take Saturn to orbit the sun given that it’s distance from the sun in 9.529 AU? - 4.45 years - 27 years - 29.4 years - 91 years 2. Kepler’s three laws resulted from his careful analysis of _____ data, and were not derived from a mathematical model. - Experimental - Hypothetical - Theroetical - Observational - 4.45 years - 27 years - 29.4 years - 91 years 2. Kepler’s three laws resulted from his careful analysis of _____ data, and were not derived from a mathematical model. - Experimental - Hypothetical - Theroetical - Observational

Explanation / Answer

1.According to Kepler's third law we know that P^2=a^3

We obtain a=10759.2days(given P=9.529)

So on conversion to years we get 29.4years

2.kepler laws is based on Experimental observations

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