Just type in ... log(b,a) ..... where "b" is the number you are taking the log of and "a" is the base you are using.....
Thanks Chris,
This calculator continues to amaze me. :)
I would like to point out though that very few calcs can do this.
but other bases are easy to do anyway - just use the change of base rule.
$$\boxed{log_ba=\dfrac{log_{10}a}{log_{10}b}}$$
>>Just type in ... log(b,a) ..... where "b" is the number you are taking the log of and "a" is the base
In an example, for clarity the choice of letters would have used b for the base!!
Cool! But this did not fully answer the question.
This calculator also adds, subtracts, multiplies and divides.
Your skill set will have to be evaluated to know if you can do any of these.
I don’t know about the rest of you, but I am not holding my breath.
You have a very good point anonymous.
I have changed the formula accordingly. Thanks :))
Now we have a and b and b and a everywhere - HOW CONFUSING
And not a Llama and Duck stew in site! I think I am getting hungry :)
Care for some afternoon - or morning tea?