Jump to content

NSX

Senior Members
  • Posts

    866
  • Joined

  • Last visited

Posts posted by NSX

  1. yeah ... I've recently started watching A&E's biography. It's pretty cool stuff, talking about famous people from the past & present.

     

    So far, I've watched the Rock, Stone Cold Steve Austin, & Saddam Hussein.

     

    The other TV show i watch is hockey!!!!

     

    GO CALGARY FLAMES!

    :D

  2. Sorry, but I can't read your writing [or pictures? The images that you posted in your first post.] I find it too messy.

     

    His site does indeed work with IE [well, i used IE2, but close 'nuff].

     

    Though reading your site over [talking to you Angel], I don't see what's the advantages of your mind-graph technique over traditional methods [or even, what is the thought process of your mind-graph technique].

     

    I was a bit worried by the weirdness loaded by my firefox too...

     

     

    hehe: El explorador no admite los marcos flotantes o no está configurado actualmente para mostrarlos

  3. by maybe asking professors you like to sign up. Then we would have a much more expert group of people and we wouldn't argue as much. ;)

     

    That's a good idea, but professors usually have alot to do. Although, most of them are for encouraging Science, so you could give it a shot.

     

    [edit]

    Actually, i'm quite intrigued by the number of guests we have on the forum [usually much more than the number of active members]

  4. Cool, i just installed UD, and it's running right now.

     

    it's pretty cool; i can't see any changes in loading up web pages, or any difference in online activity [except I can manually see that i'm receiving & sending data in my dsl manager].

     

    Which project are you guys on?

    my comp's been assigned to smallpox research

     

    There's a pretty funky molecule flying around during my screensaver too

    hehe

  5. I most know my Physics Prof: Professor Michael Kolios. I know him after being in his classes for Physics I & Physics III, and hanging around his office during my off-hours talking about more Physics

    hehe

     

    He's doing pretty cool research involving internal imaging of the body via. ultrasound [or, that's at least what I understand from it].

     

     

    A scientist I'd like to meet in the future would be Brian Greene.

  6. WOW Fourier series in highschool! I'm in BC & I don't think anybody does Fourier series in highschools here. That's crazy. Well, if you want to learn about Fourier series look no further than Antoni Zygmund's epic 800-page "Trigonometric Series" (hehe just jokin')

     

    hehe

    I made this thread when I was still in High School [i was researching for a project dealing with spectroscopy or something]. Sources I looked at kept mentioning "Fourier Analysis, Fourier Series" and such. I read up on some of it, and it was way over my head at the time [only knowing how to sum finite arithmetic & geometric series at the time :cool: ].

     

    Speaking of which, I'd like to give a shoutout to my fellow Canuck, Fourier JR!

    hehe

    But yeah ... I think Canada's cirricula is relatively level throughout the country [unless you're taking AP or IB courses, or @ UTS :P].

     

    It's a really neat tool though [the Fourier Analysis]. I look forward to learning more about it.

     

    :)

  7. Is that directed at me? If it is, I have no absolute idea! :) I haven't been exposed at all with running an apache server at home, so, I have no idea!

     

    haha

    directed to anyone that can answer it

     

    Maybe dave?

     

    I remember he said something about running something online with his own box

  8. i used

    y-y1 = x-x1

    y2-y1 x2-x1

     

    to get y = 3+12x/pi

     

    How did you get -3 and 3?

     

    Why did you use this:

     

    y-y1 = x-x1

    y2-y1 x2-x1

     

    To get q = 3' date=' I substituted the point (0,3) into the equation (1): y = p sin(x) + q cos(x).

     

    To get p = -3, I substituted q and the point of (pi/4) back into (1) and voila!

     

    [edit']

    I don't think you need the identities: sinx/cosx = tanx and sin2(x) + cos2(x) = 1 for this question.

×
×
  • Create New...

Important Information

We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.