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I want to study Bachelor of Commerce and Computer Science in UNSW but the personalized website they gave me said “Combined Commerce”, will I be able to choose which subject i combine it with when I receive my offer or is this a mistake.

ATARs were released at like 8:45am even though they said 9:00am, but I got 93.05 and barely made it in my first preference with bonus points so I'm ecstatic.

For money owed, do price less deposit 3250-(3250/10)=2925 To calculate annual interest do (96/2925)*100=3.28\%

After looking through it I'm probably in the low 80s. How did they get the solutions?

I'm currently in Year 12, doing my HSC and I want to study Bachelor of Commerce and Computer Science at UNSW which is 97 ATAR. I'm probably going to get about 4 subjects bonus points so I only need 93 ATAR. If I don't make it, what course should I apply for if I want to transfer into the course...

My neck hurts... can you rotate it for me. Btw some of those questions are 3U and 4U with that ellipse stuff, doesn't belong here

Integrate from 0 to pi/2 3cosx-sin2x Integrate from pi/2 to pi 3cosx-sin2x Add their absolutes together

For 1 : \begin{aligned}\frac{1}{1-sin^2x}\\=\frac{1}{cos^2x}\\=sec^2x\end{aligned} From here, you can either visualise the graph of secx and look at its domain or visualise the cosx graph its x intercepts will be your restrictions and determine your domain like that.

I'd say 2015, after that just do trial papers different schools

Q1 Eventual speed means speed as time approaches infinity, e^(-0.2t) will approach zero as t approaches infinity, therefore v=250(0-1) which is -250ms-1 Q2 At dV/dt at t=0 is the flow rate if the tap is left on fully which will be -2, then let dV/dt=0 such that you find the time it takes for...

I have a school project where we have to build an ammeter, I plan to build the moving coil ones but I have no idea what type of spring provides the restoring/controlling force for the turning coil. Do know what kind of spring I'm supposed to use and where to buy it?

Maths is focus 3U really is only “textbook” questions especially it’s simple harmonic and projectile motion exercises

Sorry, i got it like this, i dont actually have a hard copy

Find the values for y=k intersects the graph \frac{(x+1)^4)}{x+1} two times (you can do this visually)

Can we assume integrals in the former table of standard integrals but not in the newer reference sheet for 4U math or should I learn to prove all of them?

Nvm, was a 4U question because they didnt give the substitution

Its not too late, especially since your school has a good ranking and you do moderate scaling subjects.

You should have at least 2 strong discovery creatives ready in your head, at least in my opinion. Its like you have good ideas ready in your head and pray that the stimulus matches one of them

where did you get this?