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But what if the same person who came first in all assessments, comes first in the externals? Will his external mark be his final HSC mark?

Just do better in your upcoming assessments, and try taking the top ranks.

Say if you go to a school that is ranked in the mid 400s, and you come first in a subject, how do they calculate your internal marks? Or do they judge your final assessment mark based on how you did in your HSC exam marks?

(2x-1)^2 < (x)^2 4x^2 - 4x + 1 < x^2 3x^2 - 4x + 1 < 0 (3x-1)(x-1) < 0 x is greater or equal to 1/3, but less or equal to 1. This method (squaring both sides) is longer but I find it easier to understand.

Oh, so I still have to do the assignments that she gives out as well?

Bumpp.

High five ;)

If I achieve the ATAR requirements, I'd really love to do an Adv. Science degree, majoring in physics. Preferably at UNSW.

If my teacher decides to teach an option (just because she wants to), and I as a student really want to learn another option, am I able to do it myself? (the option I want to do, since it's 'optional').

Wait, so is it because of eddy currents? EDIT: Ah okay, no.

Okay, so I understand that when a person achieves top rank internally for a certain subject, and that if a different person beats that guy in the exams, the person that was 1st takes their exam mark, which seems unfair to me. (If this is wrong, then please correct me) My question is, does that...

Assuming constant velocity, I think while inside the solenoid, there will be no current induced, but while entering the solenoid and leaving it, there will be induced EMF as there is a change in rate of magnetic flux. Just a guess.

Yeah, link is broken.

See how you do in the half yearlies.

Legally allowed to get them tomorrow, wont go for them until after my half yearlies.

Estimated 92.1 That's if those are final HSC marks.

That's damn nice dude, grats. Plus it gives me motivation.

Did you do well with standard?

Doesn't the spinning of the disk cause a change in magnetic flux?

Physics!