E = mc2 , Solve for "m"
E/c2 = m
3x + 5 = -1
x = -2
This is the unit used to measure distance (metric)
Meters (m)
This is the axis you find the dependent variable
y - axis
This is the equation for the Linear Equation
y = mx + b
F = ma , Solve for "m"
F/a = m
3x - 10 = 11
x = 7
This is the unit used to measure time (Metric)
Seconds (s)
This is the axis you find the independent variable
x - axis
This is the definition of "m" in the Linear Equation
m = slope
F = (Gmw)/d2 , Solve for "m"
(Fd2)/(Gw) = m
16 - 2x = 5x + 9
x = 1
This is the prefix used to denote 1,000 of a "base unit"
Kilo -
This is how you determine which variable is the dependent variable and which is the independent variable when making a graph
Dependent is the variable "measured" or changed by the independent variable
Independent is the variable you "control"
This is the definition of "b" in the Linear equation
Y - intercept
Vf = Vo + a(t) , Solve for "a"
(Vf - Vo)/t = a
-4(-3x - 8) = 10x +20
x = -6
2,000. g = ? Kg
2.0 Kg
This is the description for a "Line of Best Fit"
Line of curve that best fits the pattern of your data points. (Average)
This is the slope with points at (2, 3) and (5, 15)
m = 4
Vf2 = Vo2 + 2a(x) , Solve for "Vo"
Sqr Root (Vf2 - 2a(x)) = Vo
(2x + 3)/4 = (x + 7)/ 3
x = 9.5
543 Km = ? cm
54,300,000 cm - or - 5.43 x 107 cm
This is what makes up the "Slope" of the graph
What is "rise over run". y/x
This is the Y - Intercept with an equation y = 3x + b, and a single point at (3, 7)
b = -2