(X+2)^2=1-x(x+3)

Simple and best practice solution for (X+2)^2=1-x(x+3) equation. Check how easy it is, and learn it for the future. Our solution is simple, and easy to understand, so don`t hesitate to use it as a solution of your homework.

If it's not what You are looking for type in the equation solver your own equation and let us solve it.

Solution for (X+2)^2=1-x(x+3) equation: 



(X+2)^2=1-X(X+3)

We move all terms to the left:

(X+2)^2-(1-X(X+3))=0



We calculate terms in parentheses: -(1-X(X+3)), so:

1-X(X+3)

determiningTheFunctionDomain
-X(X+3)+1

We multiply parentheses

-X^2-3X+1

We add all the numbers together, and all the variables

-1X^2-3X+1

Back to the equation:

-(-1X^2-3X+1)



We get rid of parentheses

1X^2+3X+(X+2)^2-1=0

We add all the numbers together, and all the variables

X^2+3X+(X+2)^2-1=0

We move all terms containing X to the left, all other terms to the right

X^2+3X+(X+2)^2=1

See similar equations:

| 6p-6=66 | | 24=-320x | | 84=2(2x+8)=2(3x-6) | | 6n^2-30=11n | | 8=8v-3/2(4v+8) | | 4/3f+5=-2(-1/3f-2) | | 3.2+10m=7.48 | | -3/8r=-41 | | 35+8n=-3(5-6n) | | 11​(x-​5)=10​(x+​5) | | 3x+1-8=-3 | | -36+4(2−5y)=−4(y−4)+4 | | -3/5x-6=-66 | | 3-6w=2+9(10-7w) | | 2x(5x+6)=90 | | b^2-21=-4b | | (4y-2)=90 | | 24=6x=x+2 | | 2x^+14x=0 | | 4(2x+12)=2x | | 18=6x=x+2 | | 2.3-2w-5=5w-22+3w | | 8(x+8)+7=8x+7 | | (2c-6)-3c=27 | | 33=7n+5n | | 4(x+9)=x+ | | 4(x+5)=3(x-4) | | 6x=3x+17 | | 4x+-2+x=-2+2 | | 2(3x+1)^2+3(2x−1)(2x+1)=0 | | 4(x+9)=x+9) | | 3y+13=-5 |

Equations solver categories