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5+(0.25/x)=2+(0.33/x)
We move all terms to the left:
5+(0.25/x)-(2+(0.33/x))=0
Domain of the equation: x)!=0
x!=0/1
x!=0
x∈R
Domain of the equation: x))!=0We add all the numbers together, and all the variables
x!=0/1
x!=0
x∈R
(+0.25/x)-(2+(+0.33/x))+5=0
We get rid of parentheses
0.25/x-(2+(+0.33/x))+5=0
We calculate fractions
(0.25*x)))/x^2+(-(2+(+0.33*x)/x^2+5=0
We add all the numbers together, and all the variables
(+0.25x)))/x^2+(-(2+(+0.33x)/x^2+5=0
We calculate fractions
((+0.25x)))*x^2)/(x^2+(-(2*x^2)+((+0.33x)*x^2)/(x^2+(-(2*x^2)+5=0
We get rid of parentheses
((+0.25x)))*x^2)/(x^2+(-2*x^2+((+0.33x)*x^2)/(x^2+(-(2*x^2)+5=0
We calculate fractions
(-2x^2+((+0.25x)))*x^2)*(x^2-2*x^2+(+5)/((x^2+(*(x^2+(-(2*x^2)+5)+(((+0.33x)*x^2)*(x^2+()/((x^2+(*(x^2+(-(2*x^2)+5)=0
We calculate terms in parentheses: +(+5)/((x^2+(*(x^2+(-(2*x^2)+5)+(((+0.33x)*x^2)*(x^2+()/((x^2+(*(x^2+(-(2*x^2)+5), so:
+5)/((x^2+(*(x^2+(-(2*x^2)+5)+(((+0.33x)*x^2)*(x^2+()/((x^2+(*(x^2+(-(2*x^2)+5
We can not solve this equation
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