i dont understand very well how to do this Choose one of the factors of x6 + 1000 x2 x2 – 10 x4 – 10x2 + 100 x4 + 10x2 + 100
\(\bf x^6+1000\) has 2 factors, one of those listed is one of them
keep in mind that \(\bf x^6 = (x^2)^3\\ 1000 = 10^3\\ \color{blue}{a^3+b^3 = (a+b)(a^2-ab+b^2)}\)
what does the "bf" and the color blue mean?
hehe, means you're using a rather older browser or internet explorer I think
try this same page in another browser
i dont have another browser just internet explorer :/
ughh!
i tried getting google chrome but it always failed to load
that's really terrible, IE is not so great sadly
download something like google chrome
or firefox
is there another way to explain it?
any good reason on not getting a better browser? other than loyalty maybe
i have no other broser
I could write just like say x^6 = (x^2)^3 10 = 10^3 (a^3+b^3)=(a+b)(a^2−ab+b^2) I guess
that works
well, google chrome doesn't cost anything nor does firefox, sounds to me you have no good reasons not to get either
needless to say they're far better than IE anyway not trying to knock down IE, but I do know the standards, IE lags behind several major browsers
Many times Google chrome is unable to load openstudy when the forum is up and running...
The same goes for an old IE.
I have firefox and the other two running to see which one actually works.
well, that's is true, but it has nothing to do with the browser as far as I know is just the webserver at openstudy that has a few latency issues
I know this because I've test it in 4 browsers, same site, same connection
when you have a page having a hard time loading in your browser, try your connection on another server, you'll notice the other servers load quick, whilst openstudy is lagging some they've improved a bit btw, it used to worse
i have google chrome now
Congrats! If your computer and Internet connection are both fast enough, you could fire up 2 or three browsers and have more chances of getting it to work, if they connect to different servers, as @jdoe0001 mentioned.
so this is what I typed earlier \(\bf x^6 = (x^2)^3\\ 1000 = 10^3\\ \color{blue}{a^3+b^3 = (a+b)(a^2-ab+b^2)}\)
yeah i see it now
so, do you see the factor then?
yes
ok
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