Question: Part 0 1 Force vs Mass Step 1 . Make sure that Mass 1 is located at the 2 meter mark Step 2 . Make

Part 01
Force vs Mass
Step 1. Make sure that Mass 1 is located at the 2 meter mark
Step 2. Make sure that Mass 2 is located at the 6 meter mark
Step 3. Set Mass 1 to 100 kg .
Step 4 Set Mass 2 to 100 kg .
Step 5 Record the magnitude of the gravitational force between the spheres.
Step 6 Repeat Steps 4 through 5 with Mass 2 set to {200,300,400,500,600,700,800,900,1000}
\table[[Force,Mass 1,Mass 2],[4.17e-8,100,100],[8.34e-8,100,200],[1.25e-7,1
Question Completion Status:
\table[[Force,Vlass I,IVass L],[4.17e-8,100,100],[8.34e-8,100,200],[1.25e-7,100,300],[1.67e-7,100,400],[2.09e-7,100,500],[2.50e-7,100,600],[2.92e-7,100,700],[3.34e-7,100,800],[3.75e-7,100,900],[4.17e-7,100,1000]]
QUESTION 2
Part 02
Force vs Distance
Step 1. Press the Orange Reset Button
Step 2. Set Mass 1 to 100 kg .
Step 3 Set Mass 2 to 100 kg .
Step 4. Move Mass 1 is located at the 0 meter mark
Step 5. Move Mass 2 is located at the 2 meter mark
Step 5 Record the magnitude of the gravitational force between the spheres.
Step 6 Repeat Steps 4 through 5 with Mass 2 moved to ,10
\table[[Force,Mass 1 Location,Mass 2 Location],[1.67e-7,0,2],[7.42e-8,0,3],[4.17e-8,0,4],[2.67e-8,0,5],[1.85e-8,0,6],[1.36e-8,0,7],[1.04e-8,0,8],[8.24e-9,0,9],[6.67e-9,0,10]]
QUESTION 3
Calculations:
Calculate the gravitational constant using the data that you have collected.
G=Fr2m1m2
QUESTION 4
Conclusions:
State your conclusions about the relationship between the gravitational force and the mass and distance.00,300]]\table[[Force,Mass 1 Location,Mass 2 Location],[1.67e-7,0,2],[7.42e-8,0,3],[4.17e-8,0,4],[2.67e-8,0,5],[1.85e-8,0,6],[1.36e-8,0,7],[1.04e-8,0,8],[8.24e-9,0,9],[6.67e-9,0,10]]
\table[[Force,Mass 1,Mass 2],[4.17e-8,100,100],[8.34e-8,100,200],[1.25e-7,100,300],[1.67e-7,100,400],[2.09e-7,100,500],[2.50e-7,100,600],[2.92e-7,100,700],[3.34e-7,100,800],[3.75e-7,100,900],[4.17e-7,100,1000]]
Part 0 1 Force vs Mass Step 1 . Make sure that

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