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(1/6)^(3x+2)*216^(3x)=(1/216)
We move all terms to the left:
(1/6)^(3x+2)*216^(3x)-((1/216))=0
Domain of the equation: 6)^(3x+2)*216^3x!=0We add all the numbers together, and all the variables
x∈R
(+1/6)^(3x+2)*216^3x-((+1/216))=0
We calculate fractions
()/6^(3x+2)*216^3x*216)))+(-(6^(3x+2)*216^3x)/6^(3x+2)*216^3x*216)))=0
We calculate fractions
(()*6^(3x+2)*216^3x*216))))/(6^(3x+2)*216^3x*216)))+(-(6^(3x*6^(3x+2)*216^3x*216))))+2*216^3x)*6^(3x+2)*216^3x*216)))+(-(6^3x/(6^(3x+2)*216^3x*216)))+(-(6^(3x*6^(3x+2)*216^3x*216))))=0
We calculate terms in parentheses: +(()*6^(3x+2)*216^3x*216))))/(6^(3x+2)*216^3x*216)))+(-(6^(3x*6^(3x+2)*216^3x*216))))+2*216^3x)*6^(3x+2)*216^3x*216)))+(-(6^3x/(6^(3x+2)*216^3x*216)))+(-(6^(3x*6^(3x+2)*216^3x*216)))), so:
()*6^(3x+2)*216^3x*216))))/(6^(3x+2)*216^3x*216)))+(-(6^(3x*6^(3x+2)*216^3x*216))))+2*216^3x)*6^(3x+2)*216^3x*216)))+(-(6^3x/(6^(3x+2)*216^3x*216)))+(-(6^(3x*6^(3x+2)*216^3x*216)))
We can not solve this equation
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