Yes, but you would have to be somewhere NEAR the top.
My old school last year, the student who was ranked 3rd internally in Physics came 7th in the state. Although, he would have been equal first if he was ranked 1st (or even 2nd) as the 2 top students received his 99 as their internal mark...
Assuming I take my current Year 11's through to the HSC, we will be doing this option :)
Can tie in quite well with some aspects of Q2Q in Physics too. Definitely the most relevant to future studies in chem also imho.
Personally, the interesting ones are Q2Q, Med Phys and Age of Silicon.
Astrophysics is my favourite branch of physics, but the HSC course is craptacular imo.
Have you figured it out?
Sorry I didn't comment earlier, I like waiting for a week after the security period ends before I answer!
Reply if you still need help
Keep in mind the marking guidelines and sample answers for trial examinations may not necessarily be indicative of how the exact same questions would be marked for the HSC examination itself.
Use it as a guide as some of the sample answers / marking guidelines are horrible!
Example in this...
I do offer tuition to students who are not 'high achieving', but that is in a 1-on-1 capacity, not in a group environment as more individual attention is needed for the students who do not already have a strong underlying foundation in Physics.
Due to my limited time, I rarely have more than 2...
BUMP!
Need more students!
:)
9 years teaching experience + Tutored multiple state ranking students + HSC marking experience + voted most handsome tutor on BoS* for ~$20/hr
:)
* 1 out of 1 respondant voted me most handsome
HSC Physics exams are all being scanned and being marked 'on-screen' this year, so if you write OUTSIDE of the allocated space (around borders etc..), you run the risk of this not being scanned and hence unable to be marked.
2 lines per mark is what will be given to you. If you know your stuff...
erm..
way beyond anything in HSC?
Basically, just conservation of momentum, should come out to be e/((e^2 + m^2c^4)^1/2) (my LateX skills are lacking, so yeah..)
Hey everyone! My name is Chris.
I am a qualified Physics and Chemistry teacher and have been teaching for the past NINE YEARS. I am a current HSC marker for Physics.
I specialise in tutoring HSC Physics to small groups of capable students (maximum 6 students).
- 2015/16 HSC Course -...
Planck studied BBR curve and from this derived a formula which could explain the graph -- consequence of this equation was that the radiation absorbed or emitted by the walls of a blackbody is quantised. The energy of each quanta being proportional to its frequency (E=hf)
Remember, Planck saw it...