Search results

The parity bit tells us whether the sum of 1's is even or odd. The reciever will then count the number of 1's and see if it matches what the parity bit is saying (ie even or odd number). If it matches then everything is supposedly fine, else, the packet transmited is corrupt and needs to be re-sent.

Yeh thats only used when they have given you the percentage of C and not the actual value. edit: - u got that. :)

Can someone please give me their notes on the following 2 dot points? and Thanks

I also heard some dodgy things about Ozforces. As fatmuscle said, u have to know what your ISP uses too. DODO use commendico service = CRAP! Bigblue (unlimited 256kb for $54) uses Telstra service which is great. Im with them and so far so good. Check with whirlpool forums. With the modems, i...

So when the magnetic field is "turned on" it isn't "moving" towards the south then? I thought that if the magnetic field was switched on, it would take some time to travel from the North to South.

Ahh i think i got it now. The i described it is the equivalent of the positive charge moving Parallel with the magnetic field which means no force ie f = qvbsinTHETA and Sin 0 = 0. :p

If a stationary positive charge was sitting there doing nothing and suddenly a magnetic field was "turned on" over it. Will it experience any force? Im thinking it wont because it aint moving. But then again there is a relative movement between it and the MF for the split second and there is...

Ok, so basically its counting the 1's and checking to see if it matches what the parity bit says (must be the worst form of error detection i recon :p)? Thanks :)

Ok according to the other thread: Internal = intrinsic + commenting. Intrinsic = Meaningfull variable names, indentation etc... So "B" says "...commenting...", but commenting is internal documentation and not intrinsic? Thanks for your reply, i understand the other 2 now. :)

Can someone please explain to me these questions and how they got the answer? Answer to this is B (acording to excel), but doesn't "intrinsic" mean indentation/layout of code? And "internal documentation" meaning commenting/meaningfull variable names etc... Im kind of leaning towards D for...

How does the "Odd bit parity" error check work? Teacher didn't explain that to us (along with a gazillion other stuff).

hmmm japan have like 8mbit DSL connections for the price of 30-40 oz dollars. The "High end" connections are the 24mbit i believe. lol, for us its 1.5mbit. :rolleyes: Pisses me off! :mad:

Actually its Sorry Faraday. :D

lol yeh thats exactly what i did for the notes in my trials (but that question didnt come up). I think i'll do that again if i dont find anything.

Isn't it the velocity of electrons moving or something? Anyway i think that was removed from the syllabus so you dont need to know it, unless its in Q2Q syllabus.

Ok thanks a lot then, C it is. :)

Ok the answer says that its C. Shouldnt the answer be "B"? Since a semi-conductor is already able to conduct so theres no need to increase its conductivity (why would they wana do that anyway?). Am right or am i missing something (usually the case :p)? Thanks :)

Yeh as i said, i've got jackaranda but it doesnt have the pathway for 5 solar mass star other than 1, 5 and 0.1 (old syllabus i believe?). If anyone has a diagram in their notebooks or something, would it be possible to scan it? Thank you

Anyone have a diagram of that? Jacaranda has for 1 and 10 solar mass but not 5. Ta...

Yeh thats exactly what i use the templates for too. Instead of memorising all different types of symbols. :cool: