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Hmm, I did that before and you have to visualise the course structure since you need to add the courses up together and remove the electives. Thanks though!

Chances are, I'm just going to do Comp Sci by itself due to the amount of electives and control, but I'm still curious as to the course-structure in the 5th year: http://www.cse.unsw.edu.au/information/future-students/undergraduate/programs/computer-science/COMPA13982.html It's not included...

I should've specified.

Yeah I know, I was just talking in general. I mentioned that there would be the same force on both objects as the altitude is identical. I said others may see it like that.

I wrote that as well, ffs...

No, at the equator it bulges out more therefore it's further from the centre when compared to the poles, which are closer to the centre.

The length contraction in regards to the frame of reference to the electron, isn't it 40cm? Does it contract in the non-observed frame? That's why time stays the same in a vehicle travelling at a relativistic velocity, but it looks slower for those outside?

This exam will align much better than 2010 and any other exams. The difficulty was incomparable to other exams in regards to the trick questions. Remember, "horrendously difficult"? :P

Let's move on, it's over lol. Chances are they will accept numerous answers if we have accurate justification, since there are many things that could have been written and could have occurred, such as discussing that being at the pole/equator has different gravitational acceleration, that being...

Come to think about it, last year had a b6 cut off of 77 right? This one was much more difficult, I think we may be looking at a 74.

I think the "which is best" is right, not necessarily the worst, since it specifically asked for the best one. The worst would've just been a benefit.

I think I got like 13-14/20 for MC, improved by 6 from my trial.

I had 7B as well.

5 is gallium since it needs to have 3 electrons (group 3), phosphorus is group 5.

Both where at Geostationary points. If one stayed up, so would the other one.

I talked about both the change in the Earths gravitational at different places, but the question also specifically said at identical heights (geostationary), so I said consistent acceleration saying that they'll both fall at the same rate of 9.8ms-2 and would reach the earth at the same time.

What raw mark do you think you got, and what do you think b5/b6 cut offs will be. Im guessing 65-70 raw, and b6 at 75 (hard ass exam).

3 words. WTF!

^^ My justification too. Their answer: C.

The eddy currents may not be able to rotate, but they will still be able to oppose the magnetic field, they can arguably be observed quite easily tbh. It's not as if there is no opposition whatsoever, which would mean that their answer is incorrect.