The natural log of e^2 is denoted by ln(e2) and its value is equal to 2. That is, the value of ln(e^2) is given by
ln(e2) = 2.
ln(e2) Formula
As ln(ek) = k, the formula of ln(e2) is given as follows:
$\boxed{\ln e^k = k}$
Proof of ln(e2) = 2
Let us assume that
x = ln(e2).
As ln = loge, this implies that
x = loge e2.
⇒ x =2 logee using the logarithm rule logabk = k logab.
⇒ x =2 × 1 as we know logaa = 1.
⇒ x =2.
Therefore, the value of ln(e2) is equal to 2.
You Can Read: Value of log216
FAQs
Q1: What is the value of ln(e^2)?
Answer: The value of ln(e2) is 2.
Q2: What is the value of ln(e^3)?
Answer: The value of ln(e3) is equal to 3.