To solve the logarithmic equation \( 6 + 4 \ln x = 26 \), we can start by isolating the logarithmic term:
-
Subtract 6 from both sides: \[ 4 \ln x = 26 - 6 \] \[ 4 \ln x = 20 \]
-
Next, divide both sides by 4: \[ \ln x = \frac{20}{4} \] \[ \ln x = 5 \]
-
To solve for \( x \), we exponentiate both sides to remove the logarithm. Remember that the base of the natural logarithm is \( e \): \[ x = e^5 \]
Thus, the solution is: \[ x = e^5 \]
You can enter \( e^5 \) as your final answer.