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Solve for the exact value of 
x.

2ln(6x+5)-11=-3
Answer:

Solve for the exact value of x x .\newline2ln(6x+5)11=3 2 \ln (6 x+5)-11=-3 \newlineAnswer:

Full solution

Q. Solve for the exact value of x x .\newline2ln(6x+5)11=3 2 \ln (6 x+5)-11=-3 \newlineAnswer:
  1. Isolate logarithmic expression: First, we need to isolate the logarithmic expression. To do this, we add 1111 to both sides of the equation.\newline2ln(6x+5)11+11=3+112\ln(6x+5) - 11 + 11 = -3 + 11\newline2ln(6x+5)=82\ln(6x+5) = 8
  2. Divide by 22: Next, we divide both sides of the equation by 22 to solve for the natural logarithm of (6x+5)(6x+5).2ln(6x+5)2=82\frac{2\ln(6x+5)}{2} = \frac{8}{2}ln(6x+5)=4\ln(6x+5) = 4
  3. Exponentiate to remove ln: Now, we will exponentiate both sides of the equation to remove the natural logarithm. We use the property that eln(x)=xe^{\ln(x)} = x.eln(6x+5)=e4e^{\ln(6x+5)} = e^46x+5=e46x+5 = e^4
  4. Subtract 55: We then subtract 55 from both sides of the equation to isolate the term with xx.\newline6x+55=e456x + 5 - 5 = e^4 - 5\newline6x=e456x = e^4 - 5
  5. Divide by 66: Finally, we divide both sides by 66 to solve for x.\newline6x6=e456\frac{6x}{6} = \frac{e^4 - 5}{6}\newlinex=e456x = \frac{e^4 - 5}{6}