O.k... This problem is kind of difficult to read but I also need help figuring out the answer. :/ Please click attached

Question

anonymous · Answer

attachment

hero · Answer

You do realize that those pictures are not very clear, right?

anonymous · Answer

Yes, that is a main reason why I need help :/ I was hoping someone would be able to actually comprehend what is there

hero · Answer

Oh, I see. You're having trouble seeing it. Well, that's unfortunate

anonymous · Answer

:( So you are unable to view it?

hero · Answer

Unfortunately no. I thought that maybe it was what Satellite wrote. Now I'm having second thoughts. I don't believe the value is e anymore.

jim_thompson5910 · Answer

If (it's a big if), that's $$\Large \log_{e}(18)$$, then by the change of base formula


$$\Large \log_{e}(18) = \frac{\log_{10}(18)}{\log_{10}(e)}$$

$$\Large \log_{e}(18) = \frac{1}{\log_{10}(e)} * \log_{10}(18)$$

$$\Large \log_{e}(18) \approx \frac{1}{0.43429}* \log_{10}(18)$$

$$\Large \log_{e}(18) \approx 2.3026 * \log_{10}(18)$$

anonymous · Answer

Seems like the last option is the correct answer (from what I can see). Thank you so much @jim_thompson5910

jim_thompson5910 · Answer

yw