How many poeple

I taught myself how a year ago when I was in 8th grade, but it was an extremely vague understanding. It'd take me quite a few minutes to convert, say, 145 to binary. But now I understand it a little better, and am able to come up with 10010001 relatively fast (that is it, right?) Then base 8, base 16, etc. etc. came almost naturally to me; though I have a hard time, compared to base 10, multiplying them and stuff. We don't really have any good computer classes in my school :( . Gotta take one on Powerpoint and stuff next year, then I have the option to take a year of C++, that's about it. Honestly, I don't even know what CSS & CISCO are. (Unless you're talking about Counter Strike...lawlz0rz, jk)

But at first, I was like, "how does C*E=A8??? that makes no sense." That's how all my friends are now when I try to explain it to them. Almost like their faces when our teacher taught them the concept negative numbers. :eek: :D Can't wait to see how they react to i... :eek: I know that there's weirder stuff than that, it's just that's about the weirdest concept I know as of right now. (I'm a tad ahead of the others in my math classes...all started when my brother taught me multiplication in preschool... :p call me a nerd if it makes you happy)
 
C*E=A* makes perfect sense to me...

the question is does

Q = !(A+B) + C = A*B + C make any sense to you? (it's boolean algebra)
 
Afraid not... :D If only I knew what a "!" before parentheses was and what Q is... It might also help if I had ever heard of boolean algebra before.

But C*E=A8 makes sense now, it just didn't a year ago. I have a better understanding now.
 
THEpiGUY said:
Afraid not... :D If only I knew what a "!" before parentheses was and what Q is... It might also help if I had ever heard of boolean algebra before.

But C*E=A8 makes sense now, it just didn't a year ago. I have a better understanding now.
I don't know much about boolean algebra, but I do know that when we were doing Scheme programming there was a data type called boolean that came from boolean algebra and it produced either "true" or "false". for example, this program uses boolean as an output....
programName: num -> boolean
(define (programName number)
(>= number 35))
(programName 35) -> true
(programName 10) -> false

EDIT: I'm not sure if boolean is used in other languages or not but scheme uses it. I don't know much about boolean algebra but I'm going to guess it uses something similar to that. Sorry to go off track here, I just thought I'd throw my 2 cents in.
 
I don't understand boolean... IN fact we had a test the output was either going be 1 or 0. I just guessed got a A on it :)
 
What happens if I take a Ipod nano and edit its HEx and put

010101010101010101010101010101010101010101010101010101010101
010101010101010101010101010101010101010101010101010101010101
010101010101010101010101010101010101010101010101010101010101
010101010101010101010101010101010101010101010101010101010101


How does Hex work..
 
im just learning how to do those at college at the moment.. did the basics yesterday, more detail next week.. fun fun.. (electronics, not computer stuff)

i also have to learn basic programming this year.. C++ and all that.. not looking forward to that..
 
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