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Comments:
<0> Maximo Speaker Phone Mouse Pad
<1> how much do fan grills restrict air flow?
<2> im happy with my 4s paired with my g5
<3> why are laptops picky with ram where desktops are not
<2> although gets dirty easily when i eat/drink at the rigs :P
<0> whats 4's ?
<0> id say close to none MrPockets
<0> but i have no idea
<0> just watch your fingers
<1> i know a lot of people run their box without grills, but i cant help think it makes that much differenc
<0> i have uv grills
<0> i just like the design over a plain lookin fan
<2> steelpad
<2> fangrills make noise more than they restrict air
<4> i run my xbox with linux
<1> im looking at custom grills, just to get rid of the grill look
<1> but some of these look more like fan cloggs then a grill
<0> Steelpad 4D is made from a 2mm thick durable plastic compound
<0> its not even steel and its called steelpad hahah
<1> are they really as hot **** as they say?
<5> I'm thinking of buying a tablet PC 1200-1500USD pricerange, anyone have any input?
<0> oh i see the 4s has aluminum
<0> heh
<0> unless you really need one id get a lappy
<5> Convince me :)
<1> and unless you really need one, get a desktop
<6> hey
<5> I have a decent desktop
<5> but I really need one for cl***
<6> can someone help me
<6> binary to decimal
<6> explanation
<2> hardware.... not math is the channel name
<1> a laptop, will most always be slower then a desktop of equil power. no?
<5> First place to the right = 2^0, second 2^1, third 2^2
<5> etc
<5> just add 1 times the place if there's a one
<5> or zero times the place (0) if there's a zero
<5> and it's best to work from right to left
<6> blankypoo
<5> yep?
<6> hold up..
<6> is this the
<6> 2, 4, thing
<5> yep
<6> 2, 4, 16, 32, 64, 128, 256, 512
<5> exactly
<6> i have an easier time adding those
<6> than doing the 2^3 thing
<0> my calculator does it
<6> well
<5> well I say that cuz it's easier to type
<6> ah.
<6> ok.
<5> so... pretty much the place on the right if there's a one, add one
<5> second slot, if there's a one, add two
<6> can u help me then to translate this to decimal with explanation
<5> k
<6> 11000000.10101000.00000001.00001000
<5> k honestly I've never seen the . notation
<0> charge him for doing his homework
<6> well
<5> so I'm going to separate all of them
<6> its not homework
<6> im studying for a test
<6> blankypoo
<0> same thing
<6> im changing this to IP address
<5> oh ok
<6> over-kill, i have the answer
<5> so they are seperate
<6> its the explanation i need
<6> its an ip address
<6> so yeah
<6> they are seperate
<5> k, in binary it's traditional to group things in fours
<6> in the farthest right
<6> whats the number?
<5> well
<6> 0? or 2? or 4?
<5> Technically
<5> You work left to right, and within the left to right sections you work right to left (sorry, confusing)
<5> so... we'll deal with 1100 000
<5> *1100 000
<5> err
<5> *1100 0000
<5> lol
<5> so... right to left, you have zeroes until the 128 spot
<6> hm
<6> ok
<5> err
<5> sorry
<5> 64 spot
<6> how is it 64
<5> the rightmost slot is the ones slot
<6> ah
<6> so its 1, then 2, then 4?
<5> yep
<6> or..
<6> ok
<5> so yeah... that one would be 64+128 which is 192
<6> one thing
<5> yep?
<6> n/m got it
<6> 1, 2, 4, 8, 16, 32, 64, 128
<5> oh yeah incase you wanted to know why bin is usually split into fours is because it's easier for conversion to hex
<6> and 128 + 64 is 192
<5> yep
<6> so i have to group them by 4s?
<6> 11000000 would be 1100 | 0000
<6> they are seperate like that?
<5> yeah, spaces are the preferred
<6> but it continues
<5> so the next one was 10101000 = 1010 1000
<6> lemme try that
<6> 8+
<6> 32+128?
<5> yep
<6> 168
<6> 192.168
<5> yep
<6> and then
<5> looks like an IP to me :)
<6> 0000 0001
<6> which is 1
<5> yep
<5> tough one :)
<6> and then 0000 1000 which is 8
<6> so its 192.168.1.8
<5> exactly
<6> i see
<5> beyond that
<5> there's nothing to it
<5> just getting into higher powers of 2 with each digit
<5> which makes numbesr gross
<6> except
<6> this is networking
<6> and now i gotta do
<6> Subnet
<6> whatever that is
<5> heh
<6> so
<6> an ip address is 32-bits
<6> and for each 8 bits
<6> one binary digit = 1 bit
<6> that means 8 binary digits = 8 bits
<6> and 8 bits is an octet?
<5> never heard the term octet
<5> but yeah, I think octet=byte
<6> good
<6> i think im 40-50% through with this now
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