Quadratic Equation help?

Question

what is the Y= for this equation you have to put it up in order im not sure how to do this

x^2+5x=-6

just tell me the correct way to put in in Y= formula the ^2 is the exponent by the way

and the same for this one 4x^2-2=2x


please help thanks

Answer 1

you have to solve for zero. y=-xtothe2-5x-6. the next one is y=-4xtothe2+2x+2

Answer 2

One uncomplicated term that seems generally is "equations." for many, this could be a buzz observe that's recognizable as a math term yet extremely information the term could sometime get away human beings. the two maximum uncomplicated equations are linear equations and quadratic equations yet, of direction, only giving an equation a popularity does no longer unavoidably clarify what that's. So, a clearer definition of what precisely the two maximum uncomplicated equations - linear and quadratic equations - is important. A linear equation refers to a particular equation that's graphed on a right away line. additionally, a linear equation possesses on the line one variable that's often stated as "X" and "X" will constantly be of a level that's a million at maximum. (that's, there are no longer any exponents; yet once you're searching for exponents then wait and notice via fact we can get to them almost immediately!) an uncomplicated occasion of a linear equation could be 1x + 2 = 3. for sure, x could equivalent a million in this actual occasion and it quite is found out by applying only applying a sprint algebra on the equation to make your strategies up X. 3 minus 2 equals a million. subsequently, X ought to equivalent one as a million x a million equals one. And, nope, no longer all linear equations are that uncomplicated as they arrive as complicated as 6(x + 3) = 24 (x +0), however the uncomplicated factor of putting apart x to locate the answer would not substitute. A quadratic equation is in basic terms distinctive from a linear equation in one admire: greater than a number of of the figures is squared. (The observe quadratic derives from the Latin observe for squared) the uncomplicated form of a quadratic equation is ax2 + bx + c = 11. In this style of equation, if a = a million, b = 2 and c = 3 then X ought to equivalent 2. all of us understand this via fact 2 squared is 4 and four x a million = 4. 2 x 2 = 4. As with a linear equation, there could be greater complicated variations of a quadratic equation yet in basic terms with the easy and sophisticated linear equations uncomplicated algebraic operations can yield the excellent answer.

Answer 3

solutions are -2, -3 for the first one

and 1 for the second

rewrite it as Xsq +5x +6 = 0 and
4xsq - 2x - 2 = 0

Answer 4

I'm assuming that you're trying to find the two solutions to the equation, so you would rearrange the equation so that you get a zero on one side, and set the zero to y.

In your first example you would get y = x^2 +5x + 6.

If you solve to the other side so that the x^2 is negative, it doesn't matter, because you're only solving for the zeros (roots), and negative zero is zero.

Answer 5

x²+5x=-6
x²+5x + 6 = 0

4x²-2=2x
4x² -2x -2 = 0
Simplifying:
2x² - x - 1 = 0
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Answer 6

Um ok...all you have to do is carry the negative 6 to the other side and you will get the equation with y as 0. you can then factorize it and solve it.

Answer 7

I dunno if that's what u meant but I came up with these answers

Y = x^2 + 5x + 6
and
Y = 4x^2 - 2x - 2