The expression you've written, "log3", seems incomplete. Typically, logarithms have two components:

1. Base: The number to which the logarithm is applied.
2. Argument: The number whose logarithm is being calculated.

The expression could represent:

1. $\log_3(x)$: The logarithm of $x$ with base 3.
2. $\log(3)$: The logarithm of 3 with an implied base (like base 10 or natural log).

Could you clarify which one you're referring to, or provide more context?

Example interpretations:

1. $\log_3(3) = 1$, because $3^1 = 3$.
2. $\log(3)$ (base 10) ≈ 0.4771.

Would you like to specify the base or the argument of the logarithm?

Here are 5 related questions:

1. What is a logarithm, and how is it used in solving equations?
2. How do you change the base of a logarithm using the change of base formula?
3. What is the relationship between logarithms and exponents?
4. How do you solve logarithmic equations?
5. How does the natural logarithm (ln) differ from common logarithms?

Tip: Always check the base of the logarithm when solving log problems to ensure accurate calculations.