mim2 F = G- d² B. Effect of Varying Mass 2 Set Mass 1 to be 10 kg, the location of Mass 1 to be 0 meters, and the location of Mass 2 to be 5 meters. Complete the following table. As an example, the third column, "Ratio of force" is computed using the formula: Ratio of force = (Force when Mass 2 is 10 kg)/(Force when Mass 2 is 20 kg) when Mass 2 is 20 kg. Mass 2 Force Ratio of force 2.67x10-10 5.34r10-10 1.07x10-9 2.67x10-1 10 kg 1.0 20 kg 40 kg 100 kg What do you notice about the "Ratio of forces" when the mass of Mass 2

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m¡m2
F = G
d²
3. Effect of Varying Mass 2
Set Mass 1 to be 10 kg, the location of Mass 1 to be 0 meters, and the location of Mass 2
to be 5 meters. Complete the following table.
As an example, the third column, "Ratio of force" is computed using the formula:
Ratio of force = (Force when Mass 2 is 10 kg)/(Force when Mass 2 is 20 kg)
%3D
when Mass 2 is 20 kg.
Mass 2
Force
Ratio of force
01-
10 kg
1.0
10
20 kg
40 kg
100 kg
1.07x10-9
2,67x10
What do you notice about the "Ratio of forces" when the mass of Mass 2
les Die rafio SE
he
Doubles? e the dds2D00les Dire rafio Sahat at
Triples? - O0
mema
Increases by four times?
What do expect the "Ratio of forces" to be when the Mass 2 is increased by 50 times?
Transcribed Image Text:m¡m2 F = G d² 3. Effect of Varying Mass 2 Set Mass 1 to be 10 kg, the location of Mass 1 to be 0 meters, and the location of Mass 2 to be 5 meters. Complete the following table. As an example, the third column, "Ratio of force" is computed using the formula: Ratio of force = (Force when Mass 2 is 10 kg)/(Force when Mass 2 is 20 kg) %3D when Mass 2 is 20 kg. Mass 2 Force Ratio of force 01- 10 kg 1.0 10 20 kg 40 kg 100 kg 1.07x10-9 2,67x10 What do you notice about the "Ratio of forces" when the mass of Mass 2 les Die rafio SE he Doubles? e the dds2D00les Dire rafio Sahat at Triples? - O0 mema Increases by four times? What do expect the "Ratio of forces" to be when the Mass 2 is increased by 50 times?
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