If it's not what You are looking for type in the equation solver your own equation and let us solve it.
1/x-3/(x+2)=3/(x+2)
We move all terms to the left:
1/x-3/(x+2)-(3/(x+2))=0
Domain of the equation: x!=0
x∈R
Domain of the equation: (x+2)!=0
We move all terms containing x to the left, all other terms to the right
x!=-2
x∈R
Domain of the equation: (x+2))!=0We calculate fractions
x∈R
(1*(x+2)*(x+2)))/(x*(x+2)*(x+2)))+(-3x^2*()/(x*(x+2)*(x+2)))+(-(3x^2*())/(x*(x+2)*(x+2)))=0
We calculate terms in parentheses: +(1*(x+2)*(x+2)))/(x*(x+2)*(x+2)))+(-3x^2*()/(x*(x+2)*(x+2)))+(-(3x^2*())/(x*(x+2)*(x+2))), so:
1*(x+2)*(x+2)))/(x*(x+2)*(x+2)))+(-3x^2*()/(x*(x+2)*(x+2)))+(-(3x^2*())/(x*(x+2)*(x+2))
determiningTheFunctionDomain 2)))+(-3x^2*()/(x*(x+1*(x+2)*(x+2)))/(x*(x+2)*(x+2)*(x+2)))+(-(3x^2*())/(x*(x+2)*(x+2))
We add all the numbers together, and all the variables
2)))+(-3x^2*()/(x*(x+1*(x+2)*(x+2)))/(x*(x+2)*(x+2)*(x+2)))+(-(3x^2*())/(x*(x+2)*(x
We multiply all the terms by the denominator
2)))+(-3x^2*()+1*(x+2)*(x+2)))+2*x*(x*(x+2*x*(x*(x+2)))+(-(3x^2*())+2*x*(x*(x
Back to the equation:
+(2)))+(-3x^2*()+1*(x+2)*(x+2)))+2*x*(x*(x+2*x*(x*(x+2)))+(-(3x^2*())+2*x*(x*(x)
| (77)=(6x)=(2x+3) | | 9x-3=7x+10 | | 9x-14=19x-14 | | 24x+16=30x+15 | | 4x+8=7x+23 | | 51*x=107.3 | | 4x+5(0.7–x)=1 | | 10f+28=98 | | 4x+5(0.7–x)=3 | | G(-1)=-2x+5 | | 14x+24=10x+40 | | 1+4z=13 | | 4-(3x-)/5=(3-5x)/15 | | Z=-91+14.6i. | | X-4/7=2/3x+1 | | 2s^2+2s+3=0 | | c/3=30/5 | | 1/9x=3-x/3x×81X | | 4(2s-3)-3(s-2)=2 | | 6x-31+x+64=90 | | C=2(3.14)2x+1 | | 92d^2–196d=0 | | 6x-3(16+6x)+14=60 | | 92d2–196d=0 | | 2/3=1.8/m | | 2(z+3)=16 | | X-2=x/5+4 | | 20xX=200 | | 2.4=3b+4 | | Y=-0.8(x+5) | | Y=-0.8(x-5) | | 12.39=4.13(h-14) |