Questions: Use the definition of a logarithmic function to write the exponential equation as an equation involving a single logarithm
4^2=16
The equivalent equation involving a single logarithm is
(Type an equation. Do not simplify.)
Transcript text: Use the definition of a logarithmic function to write the exponential equation as an equation involving a single logarithm
\[
4^{2}=16
\]
The equivalent equation involving a single logarithm is $\square$
(Type an equation. Do not simplify.)
Solution
Solution Steps
Step 1: Identify the Exponential Equation
The given exponential equation is
42=16
Step 2: Convert to Logarithmic Form
To convert the exponential equation to logarithmic form, we identify the base, exponent, and result:
Base: 4
Exponent: 2
Result: 16
Using the definition of a logarithm, we can express the equation as:
log4(16)=2
Final Answer
The equivalent equation involving a single logarithm is