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Yea adv maths is piss easy Nesa knows this as well and its the reason why they don't allow mx2 students to take it cus there'll be thousands of more B6s

Not at all, you can easily get 50 if you literally just do textbook questions 50 is like getting most of mcq correct and like q11-13 mostly correct which are all standard and trivial You can nap till you have 30mins left to get rid of some of the sleep deprivation from English paper 1 and 2, and...

You just gotta play hsc well 🤷‍♂️

Science extension is literally just a passion subject; if you have a good, unique idea for an extensive depth study, take it Personally, mx2 was a very fun subject, take it if you make it into the class and try it out - it'll be a good experience for uni

selection is all internal so no one can really give you a good estimate but imo unlikely for double law since it's super competitive

Ah my bad, I misinterpreted it But just know, mx1 is just adv maths but harder so if you practice the former, the latter will come much easier

You didn't study for the trial so how can you become humbled by it? There are benefits to studying mx1: your transition into uni maths will be smoother, learning to overcome challenging things is extremely beneficial to your life in general, and learning to just thug uninteresting things out is...

No, you'll most probably revisit physics with a calc approach in 1st year if it's in your program

Mq is shit for any tech degree lol, the only things they do decent in is law and business

Good to start and do it in moderation. You can achieve the same amount of rest a holiday with no schoolwork would give you if you're intentional with how much you study

Med gives extra points only for eas and I don't think it's that much of an increase lol

Yes that's correct

You're overcomplicating it. Combine r1 and r3, combine r2 and r4 We now see that the entire circuit is just one loop which has a current of 120mA Express all the resistors as one resistor with a current of 120mA Since we know the circuit's current and total resistance, we can calculate Vs Since...

They are neither parallel nor in series but you can say that the equivalent resistance of r1 and r3 is in series with the equivalent resistance of r2 and r4

Voltage is a differential quantity. You can think of r2 and r4 being connected to the same 2 points. So obviously, they'll have the same voltage and it's the reason why a voltmeter is connected in parallel to a component because it's measuring what the difference in voltage is between its 2...

r3 and r4 are not in series. See that there's a wire between them. If they were placed along a single, unintercepted wire then they'd be in series And just a bit more, because there's a wire between them, this means that the voltages of r2 and r4 are equal so find that voltage, use V = IR to...

Is there a gap in knowledge or a gap in application? If it's the former then make sure you understand all the concepts you've been taught If it's the latter then you just got to do more questions and build your intuition which also ties into how well you've consolidated the content

If you want to go into stem, dropping to std would be doing a disservice to yourself

Bro just get the atar you need and get in on the first try; early entry isn't the end all be all.. imho it's something that limits your potential