To solve this logarithmic equation, we can combine the two logarithms on the left side using the quotient rule for logarithms:
log_6((x-1)/(2x-11)) = log_6 2
Now, since both sides of the equation have the same base (log base 6), we can drop the logarithms and set the arguments equal to each other:
(x-1)/(2x-11) = 2
Next, we can cross multiply to solve for x:
(x-1) = 2(2x-11)x-1 = 4x - 2222 - 1 = 4x - x21 = 3xx = 7
Therefore, the solution to the logarithmic equation is x = 7.
To solve this logarithmic equation, we can combine the two logarithms on the left side using the quotient rule for logarithms:
log_6((x-1)/(2x-11)) = log_6 2
Now, since both sides of the equation have the same base (log base 6), we can drop the logarithms and set the arguments equal to each other:
(x-1)/(2x-11) = 2
Next, we can cross multiply to solve for x:
(x-1) = 2(2x-11)
x-1 = 4x - 22
22 - 1 = 4x - x
21 = 3x
x = 7
Therefore, the solution to the logarithmic equation is x = 7.