3) Come up with a mathematical procedure for calculating the mass of Earth from the acceleration of one of the satellites. Show all of the steps in your mathematical procedure along with sample calculations below. So we were able to calculate the mass of the earth

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Chapter1: Units, Trigonometry. And Vectors
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How would I calculate the mass of the earth for this data?  

2) Use the same mathematical procedures you devised in the previous experiment to calculate the orbital speed
and acceleration. Add these values to the table below. [Hint: a program like Excel which can perform
repetitive calculations easily is strongly recommended]
Orbital Speed
(m/s)
Orbital Radius
Acceleration
Satellite Name
Orbital Period (s)
(m)
(m/s/s)
0.0633184
Cosmos 839
7931000
7032
708.645374
Starlink-1342
6927000
5736
7587.80067
8.31163836
Iridium
7155000
6024
7462.84709
7.78393944
Starlink-1652
6927000
5736
78587.80067
8.31163836
Noaa16 DEB
7252000
6144
7416.28578
7.58429327
Socrates
6993000
58207
7549.53863
8.15036945
3) Come up with a mathematical procedure for calculating the mass of Earth from the acceleration of one of
the satellites. Show all of the steps in your mathematical procedure along with sample calculations below.
So we were able to calculate the mass of the earth
4) Based on your results, what is the mass of Earth? Include uncertainty in your answer and compare your
answer to the accepted value (found using Google).
Transcribed Image Text:2) Use the same mathematical procedures you devised in the previous experiment to calculate the orbital speed and acceleration. Add these values to the table below. [Hint: a program like Excel which can perform repetitive calculations easily is strongly recommended] Orbital Speed (m/s) Orbital Radius Acceleration Satellite Name Orbital Period (s) (m) (m/s/s) 0.0633184 Cosmos 839 7931000 7032 708.645374 Starlink-1342 6927000 5736 7587.80067 8.31163836 Iridium 7155000 6024 7462.84709 7.78393944 Starlink-1652 6927000 5736 78587.80067 8.31163836 Noaa16 DEB 7252000 6144 7416.28578 7.58429327 Socrates 6993000 58207 7549.53863 8.15036945 3) Come up with a mathematical procedure for calculating the mass of Earth from the acceleration of one of the satellites. Show all of the steps in your mathematical procedure along with sample calculations below. So we were able to calculate the mass of the earth 4) Based on your results, what is the mass of Earth? Include uncertainty in your answer and compare your answer to the accepted value (found using Google).
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