an x Axis is the fancy name for the horizontal line on the bottom of a bar graph
x axsis
If you mean -(x^2) * x then the answer is -x^3 if you mean (-x)^2 * x then the answer is x^3
This question is ambigous. If you mean (x+6)/x then it simplifies to 1 + (6/x) If you mean x + (6/x) then it can't really be simplified.
Mean absolute deviation = sum[|x-mean(x)|]/n Where mean(x) = sum(x)/n and n is the number of observations. |y| denotes the absolute value of y.
The "x" means unknown.
x
x axsis
Yes, put it vertically.
AN Interdependent variable is the Y axsis of a graph
The three Axis Powers of World War 2 were Germany, Italy and Japan.
The y axis is the vertical one, the one going up and down.
If you mean -(x^2) * x then the answer is -x^3 if you mean (-x)^2 * x then the answer is x^3
lattitude is the coordinate length measured parallel to the north-south axsis and departure is the coordinate length measured perpendicular to the meridian directions.
An intervening variable is an internal state that is hypothetical in empirical research. It explains the relationships between variables being observed.
If you mean -(x^2) * x then the answer is -x^3 if you mean (-x)^2 * x then the answer is x^3
If you mean -(x^2) * x then the answer is -x^3 if you mean (-x)^2 * x then the answer is x^3
The answer to this depends on what you mean by "x 7" If you mean: x2 -7x, then it can be factored out as x(x - 7) If you mean: x2 - x7, then you can factor it out as: x2(1 - x5) If you mean: x2 - x + 7, then it can not be factored If you mean: (x2 - x)7, then the inner term can be factored, giving you (x[x - 1])7 If you mean something else, then you will need to be more clear with your question.