!lukey!
Member
come on wheres all the physics people?
lol
lol
simonj2 said:oh god... what's wrong with you people, last year's cssa trials were easy, these ones were not... maybe it was just for me, there were certain things i decided not to study (concentrating on what i felt i needed to spend more time on), every last one of them was in the exam, it was like a checklist of what i didn't know...
no hopefully u'll be fineDementedDonkey said:that was not like anything i could ever have expected.... so wierd. i dont want to say it was easy in case i just completed got tricked by stuff that i thought was easy...it was just really short.i went over it about 4 times, even went back and corrected some spelling mistakes i'd made. I cant believe that was a catholic trial.
Our teacher replaced most of the astro section because we're only half way through. With the other sections though, i just found i wrote heaps more than the lines specified and got the impression you didn't have to know very much for this paper... might be surprised though when i get the results back and find i did crapper than i thought.
for some reason catholic papers this yr (for science).. have had hard multiple choice questions...DementedDonkey said:It was wierd... when times was up pretty much our whole class just laughed. I mean, no projectiles.... that was the one thing i would normally say you could guarantee to be in a physics exam, and there wasn't one. There were a couple that i wasn't too sure of but that's only because i didn't do a thorough study over those areas because i didnt have enough time(example: bcs.. damn) and only finished my summaries last night. It wasn't that anything seemed difficult or tricky, it was just that i didn't knw them in as much depth as i would have liked.
To be honest, I thought mult choice was possibly the hardest part of the paper.
This barely counts as a Space question...kinda random...CSSA said:Q3) Astronauts are more easily able to cope with an application of g-forces which results in the eyeballs undergoing relative motion towards the body rather than away from it. Which of the following combination of astronaut positions are most desirable to achieve this effect?
(A) Astronaut facing in the direction of motion during the launch and re-entry
(B) Astronaut facing opposite to the direction of motion during launch and re-entry
(C) Astronaut facing in the direction of motion during launch and facing in the opposite to the direction of motion during re-entry
(D) Astronaut facing opposite to the direction of motion during launch and facing in the direction of motion during re-entry