- Which is correct? log in, log on, log into, log onto [duplicate]
For my money, log on to a system or log in to a system are interchangeable, and depend on the metaphor you are using (see comment on your post) I suppose there is a small bit of connotation that "log on" implies use, and "log in" implies access or a specific user
- Log in or Log on? - English Language Usage Stack Exchange
Do not use log in, login, log onto, log off, logout, sign off, or sign on unless these terms appear in the user interface All that said, 'on' implies a platform, such as a particular machine or service while 'in' implies being surrounded, such as by data
- Logged-in, log-ined, login-ed, logined, log-in-ed, logged in?
49 Log in is a verb, while login is a noun Its Past Tense is logged in (I logged in yesterday) As an attributive phrase, it is logged-in (logged-in users)
- Why does $a^ {\log_a (x)}=x$? - Mathematics Stack Exchange
Hence, $$ \log_a (a^x) = x \text { and } a^ {\log_a {x}}=x $$ are both true by definition The hardest part is trying to explain why these two conceptions of logarithms, while superficially different, are actually the same
- The proof of $\log (1+x) lt; x. $ - Mathematics Stack Exchange
The right-hand side includes the term " $x$ " so it seems that I can use this equality in order to prove $\log (1+x) < x$, but I cannot I would like you to give me some ideas
- How to figure out the log of a number without a calculator?
I have seen people look at log (several digit number) and rattle off the first couple of digits I can get the value for small values (aka the popular or easy to know roots), but is there a formu
- verbs - log in to or log into or login to - English Language . . .
The difference between "log in to host com" and "log into host com" is entirely lexical, so it really only matters if you're diagramming the sentence Personally, I prefer to avoid prepositional phrases when possible, so I would write, "log into host com "
- Why is $\log (n!)$ $O (n\log n)$? - Mathematics Stack Exchange
I thought that $\\log(n!)$ would be $\\Omega(n \\log n )$, but I read somewhere that $\\log(n!) = O(n\\log n)$ Why?
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