Write the following expression as a sum andor difference of
Solution
Given ln (e^(x+2)) [ Base of natural logarithm Ln is \'e\']
We have ln (e^n)= n (ln e)= n(1) = n
Similarly ln (e^(x+2)) = x+2
Answer : x+2
![Write the following expression as a sum and/or difference of logarithms. Express powers as factors. ln [e (x + 2)] ln [e (x + 2)] = (Simplify your answer.)Solu Write the following expression as a sum and/or difference of logarithms. Express powers as factors. ln [e (x + 2)] ln [e (x + 2)] = (Simplify your answer.)Solu](/WebImages/43/write-the-following-expression-as-a-sum-andor-difference-of-1135491-1761607646-0.webp)
Given ln (e^(x+2)) [ Base of natural logarithm Ln is \'e\']
We have ln (e^n)= n (ln e)= n(1) = n
Similarly ln (e^(x+2)) = x+2
Answer : x+2
![Write the following expression as a sum and/or difference of logarithms. Express powers as factors. ln [e (x + 2)] ln [e (x + 2)] = (Simplify your answer.)Solu Write the following expression as a sum and/or difference of logarithms. Express powers as factors. ln [e (x + 2)] ln [e (x + 2)] = (Simplify your answer.)Solu](/WebImages/43/write-the-following-expression-as-a-sum-andor-difference-of-1135491-1761607646-0.webp)