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oh i meant for yr12 lol not yr11, for some reason i thought my guy was in yr12 already but even then 13-14 units is kind of too much even inyr11

Isnt BOS papers incredibly hard?

Graph was a question from my friends tutoring lol. Hm maybe I'll just disregard that then. But I'm pretty sure intensity is power/area tho...

Whats the answer for this q?

lmk if its unclear still :)

because you are trying to find the spray angle, not the angle of elevation/depression like a typical projectile question. Just draw your right angle triangle. You have uy going downwards at 1.43ms^-1, and to the left is 3.08ms^-1. Using tan^-1 u get 65 degrees, but that is only half of the...

no probably not lmao its too hard

Phys 🔛🔝

Your teachers should have most of them since they share across government schools, and unless if you go a private school, if you ask they'll probably give it to you. Since I don't do chem, idk when was the recent syllabus change but you should also consider doing trials before 2022 as it...

sgs tests are okay difficulty, so I would suggest going over more practice before attempting another

Just do the top 10 nsw schools, all of them are similar.

i would say doing more than 13 units might be too much

no, any subject combination is doable, its just up to u how much time you want to spend and chances are there are people doing those subjects too

So local max/min is just the turning points on this graph since there are only two, one of each kind. However, if you were to have another turning point, and this time its a lower/higher point than the previous turning points, that is the global max/min. Global is jsut the max/min across the...

Wait then how would you explain this graph? If increasing frequency does not increase photocurrent... They've made the assumption that intensity is constant, and so I managed to come up with an answer for why it decreases at some point. Here's what I thought. Since keeping intensity is...

May I ask which trial paper did you sit? Some schools might be more difficult, and that is why you might've gotten a lot lower of a mark compared to ur class tests. But even then, a 2u paper difficulty shouldn't vary that much, so what I would recommend is to do some more practice question...

It is assessible in ext1, but theyll guide you through it instead of just giving it to u to solve :)

So for the q14 one, Since it is an uniform electric field, the forces at any point will be the same, thus acceleration will also be the same. Should be D. As for the Q9, Fc=Fg, since the centripetal force of m counteracts the weight force of the M Therefore mv^2/r =Mg Rearranging for M gives...

u want brief or exact LMAOO overall i feel like i didnt study as much as i should, but who knows we'll see after the results come out

ye it is tyty