If it's not what You are looking for type in the equation solver your own equation and let us solve it.
Simplifying
2n(m + -1n) + (m + -1n)(m + -1n) = 0
(m * 2n + -1n * 2n) + (m + -1n)(m + -1n) = 0
(2mn + -2n2) + (m + -1n)(m + -1n) = 0
Multiply (m + -1n) * (m + -1n)
2mn + -2n2 + (m(m + -1n) + -1n * (m + -1n)) = 0
2mn + -2n2 + ((m * m + -1n * m) + -1n * (m + -1n)) = 0
Reorder the terms:
2mn + -2n2 + ((-1mn + m2) + -1n * (m + -1n)) = 0
2mn + -2n2 + ((-1mn + m2) + -1n * (m + -1n)) = 0
2mn + -2n2 + (-1mn + m2 + (m * -1n + -1n * -1n)) = 0
2mn + -2n2 + (-1mn + m2 + (-1mn + 1n2)) = 0
Reorder the terms:
2mn + -2n2 + (-1mn + -1mn + m2 + 1n2) = 0
Combine like terms: -1mn + -1mn = -2mn
2mn + -2n2 + (-2mn + m2 + 1n2) = 0
Reorder the terms:
2mn + -2mn + m2 + -2n2 + 1n2 = 0
Combine like terms: 2mn + -2mn = 0
0 + m2 + -2n2 + 1n2 = 0
m2 + -2n2 + 1n2 = 0
Combine like terms: -2n2 + 1n2 = -1n2
m2 + -1n2 = 0
Solving
m2 + -1n2 = 0
Solving for variable 'm'.
Move all terms containing m to the left, all other terms to the right.
Add 'n2' to each side of the equation.
m2 + -1n2 + n2 = 0 + n2
Combine like terms: -1n2 + n2 = 0
m2 + 0 = 0 + n2
m2 = 0 + n2
Remove the zero:
m2 = n2
Simplifying
m2 = n2
Take the square root of each side:
m = {-1n, n}
| sqrt(9x^4y^3)= | | 5.3=v-5.4 | | 162=2*x+x+(x-6) | | 12=-5+x | | 2x^2-2(4x)=0 | | 9z-3=9zx | | 3f^2+8f-3=0 | | -2y-3=11 | | -1y=20 | | 4(4-n)=3(2w+2) | | 5x^2(6)-180=150x | | 3x+6y+2-2y-5x-4= | | 3-1x+2=24 | | 4m^2-52m=-160 | | 3.42*7=16 | | 30x-5=10 | | 3(-1-2y)= | | 2n+n=66 | | sin^8x+cos^8x= | | tan^2(x)-3tan(x)+2=0 | | 0=x^2+.151x-0.064 | | 3j^2+5j+2=0 | | 3x-4(1-2x)=40 | | 9x-15-2x=3-20+3x | | 5-a/7=4/6 | | 10=8g | | 8a-(5+2a)+3=2 | | 17g-17=17 | | -10=4+k | | 8(x+1+3)(2x-2)=44 | | -4x+3(3x+2)=46 | | 3j^2+10j+7=0 |