When writing a polynomial, the term with the highest power usually goes first:
2x2+2x
The 2x squared goes first.
10,000 (centimeters squared) would be in one meter squared
-1
Normally, I would go through the entire procedure to work out the answer for such an equation, but it is a bit awkward in this case. The first step in this equation would be to subtract 4 from each side, leaving us with 2x=0. Obviously, x is therefore 0 as well.
To determine how many times (2x) goes into (2x^3), you can divide (2x^3) by (2x). This simplifies to (x^2), meaning (2x) goes into (2x^3) a total of (x^2) times.
1, 2, 101, 202 go into 202 evenly. All of them can be squared.
1/0.025 = 40
Oh, dude, adding n squared plus n squared is like adding apples to apples, you know? It's just like, you take two n squared terms and you add them together to get 2n squared. It's not rocket science, man. Just double up those n squares and you're good to go.
2x + 2y isn't an equation and doesn't ask any question, so there's nothing to solve,and nothing that needs an answer.If (2x + 2y) were equal to something, and there was another equation to go along withthat one, then it would be possible to figure out what 'x' and 'y' must be.
y=2x means that the line on the graph will travel through the coordinates (0,0) (2,1) (4,2) (6,3) etc. Basically it will go up 2x's for every 1y.y=2x is a linear function.
5.25 is lower, so it would go first.
Changes the gradient of the line E.g: 2x. The gradient is going to be 2, for every one along you go up two. If -2x the gradient will go to the right like 2x, but will go down two for every one going across :) hope this helped x
There is no solution. The answer to this sort of question (such as y=2x+3, and y=2x+4) would be no solution, since the lines never intersect, but instead continue on to go an infinite distance without ever crossing each other.