5. Tarzan has been appointed as the lead science officer on the first manned mission to Mars. He has been tasked to accurately measure the acceleration due to gravity at Mars' equator. Using the data above and the Universal Law of Gravitation, calculate gMars: _m/s? Tarzan collected the following data using a 0.500 kg pendulum on the Martian surface. Pendulum Length (m) Period (s) 0.501 2.293 1.002 3.243 1.502 3.972 2.003 4.586 2.504 5.127 Using a graphical technique, calculate gMars using Tarzan's data: m/s?
5. Tarzan has been appointed as the lead science officer on the first manned mission to Mars. He has been tasked to accurately measure the acceleration due to gravity at Mars' equator. Using the data above and the Universal Law of Gravitation, calculate gMars: _m/s? Tarzan collected the following data using a 0.500 kg pendulum on the Martian surface. Pendulum Length (m) Period (s) 0.501 2.293 1.002 3.243 1.502 3.972 2.003 4.586 2.504 5.127 Using a graphical technique, calculate gMars using Tarzan's data: m/s?
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Transcribed Image Text:Tarzan Pendelum
30
y = 10.5x - 0.0011
R2 = 1
25
15
10
0.5
1
1.5
2.5
3.
Length(m)
T2(s)
20

Transcribed Image Text:5. Tarzan has been appointed as the lead science officer on the first manned mission to Mars. He has
been tasked to accurately measure the acceleration due to gravity at Mars' equator. Using the data
above and the Universal Law of Gravitation, calculate gMars:
_m/s²
Tarzan collected the following data using a 0.500 kg pendulum on the Martian surface.
Pendulum Length (m)
Period (s)
0.501
2.293
1.002
3.243
1.502
3.972
2.003
4.586
2.504
5.127
Using a graphical technique, calculate gMars using Tarzan's data:
_m/s?
Print out your Excel data and your graph with proper labels and units and show the best-fit line and
your calculation of gMars on the graph. Calculate the percent difference between these two
values for gMars
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