Gravity

Graph

Analysis
VM: As the mass increases, the force increases.proportionally
MM: y=9.7045x+0.0122
Fg=(9.7045N/kg)M
Fg is force of gravity.
M is mass.
(9.7045N/kg) is g:gravitational field strength on earth. 

Slope: 9.7045
what increases> increases by 9.7045units? per every kg

Y-int: 0.0122
y-intercept is almost 0 because there is 0 force at 0 mass units??

Data Table too many decimal places....

Mass (kg)	Force (N)
0.060000 kg	0.581000 N
0.100000 kg	0.980900 N
0.150000 kg	1.473000 N
0.250000 kg	2.456000 N
0.550000 kg	5.342000 N

Conclusion/Evidence/Claims

Mass and weight differ because weight is the force of gravity while mass is the amount of stuff in something. Everyone's graphs are the same because we all got almost 9.8 as the gravitational field strength on Earth. All graphs are linear with the same slope, traveling in a positive direction.  nothing is traveling, it;s a different relationship The field is the same because the gravitational field remains the same no matter where you are on Earth. good!Our new equation was Fg=mg, which we got by multiplying the mass by the gravitational field strength, and therefore you get the total force of gravity. F is the force of attraction between the two objects. G is the universal gravitational constant. M is the mass of the objects.

Greater the mass, the more weight will be on the object. good!

Bonus:

Light and heavy objects hit the ground at the same time when dropped because 

No matter the size, a big object's Fg/mass will be the same as a small object's Fg/mass.  excellent!