Search results

i wouldnt have done it because i wouldnt have known its benefits at that time...

of course :) if you can get it is another matter, due to its scaling, or lack of.

yes, i thought i said that :p holes allow a conduction of electricty, but not only holes. you need electrons aswell.

yes i'm tyoping out my notes....and if you dont make notes on the dot points you wont go well in this subject at all.

If I Remember Correctly...

its the 2nd dotpoint on the left hand column and also the 2nd on teh right in section 3 of space.

that can never be the case, in theory. there are oil and natural gas reservoirs that will lead to an inconsistent gravitational field (the last dot point i did :p) but for the syllabus, we consider the planets to be perfect!

the uai requirements go up for two reasons: 1. the number of hecs seats decreses, therefore the cut-off uai will be of a higher uai. 2. the populrity of some courses in recent years. thinking back to the IT boom, where i am sure the cut-offs for IT related courses would have gone up. they...

yes, that is correct: W=mg g=Gm/r^2, where r is the radius of earth. i doubt that a mistake has been made by csu. maybe i should look at the term orbit and see if it linked to the centre of mass of the system.

ok, but when you look at the defintion of Newtons law of universal gravitation: The two factors that determine the force of the attraction are: - the mass of each of the two objects - the disticances between their centres of mass. ~taken from the csu site now when you have...

errr...what are you guys talking about? :uhoh: yes, and it is for UAI >= ~90.

LOL, thanks funk! :)

hmm....take a look here... i think that they forgot to include the radius of earth into consideration. if it says that it is orbitting at x km, do we assume that earth's radius is included. i'm pretty sure that the radius of the earth has to be included in these calculations.

doping actually enhances the conductivity of a semiconductor. hmmm...i would have also said B, at first. :D but if you think about it, what conducts electricity? electrons, so you cant get "holes" conducting electricity. the holes are regions that get left behind when an electron moves to...

a rough estimate would be low-mid 90's.

yes it does inasero:) so basically, we have to compare the time dilation and length contration using s=d/t. hmm....oh well. i thought that there might have been an independent example. thanks for the replies everyone.

i concur! ~98 good luck:)

lol dude! "shot down" ;) people who have UAIseeker, do this and post the results up with the subjects you do. it will be very helpful. :)

any further thoughts? :)

yeh, i agree! anything can sort of link to RFTG:p