It has been done beforeThank god! I didn't know what to do so I just treated it as a projectile and was like this has to be wrong. Can't believe I was right
It has been done beforeThank god! I didn't know what to do so I just treated it as a projectile and was like this has to be wrong. Can't believe I was right
did two pages and 2 lines on the 6 marker... what about you?Im so annoyed i didnt pick up that the electron was a projectile, 5mins after the exam finished i was like "Angle, initial velocity, force down (a) OMG ITS A FUCKEN PROJECTILE"
Sneaky bastards.....
Good paper, Astro was easy - 6 marker in Astro was glorious.
Well done BOS, finally got one right!
did you do every option?I had answered every part of every question
Lol no, just astrodid you do every option?
just under 3 was really easy to write ondid two pages and 2 lines on the 6 marker... what about you?
Goddamit! I thought i did good but apparently not enough. But i have small writing and put some notes on the radiation emitted on the opposite, blank page.. I think i did it wrong. i developed the star too far and said it became a white dwarf therefore it is under the chandrasekar limit i.e. <1.5 solar masses...I did 4 pages on the astro 6 marker :S
I kinda have big writing but including everything possible. I had to make sure considering I had to teach that paft of the syllabus to myself coz my teacher is incompetent =]
I did something similar, wrote a small amount on the Chandrasekar limit and the white dwarf, a very small amount compared to the rest of the response though. Although it didn't have a letter on it, the dotted line did go there. Eastiest Astro I've seen tbh.Goddamit! I thought i did good but apparently not enough. But i have small writing and put some notes on the radiation emitted on the opposite, blank page.. I think i did it wrong. i developed the star too far and said it became a white dwarf therefore it is under the chandrasekar limit i.e. <1.5 solar masses...
thats what i thought gravity works center to center mutual attraction N3Lfor 5 i got C
cause the graviational field of the Sun remains the same; doesn't it
Yeah, trajectory of a projectile in an electric field is parabolic.It's interesting though, how a projectile is defined as an object that only has the force of gravity on it. This one had an electric field acting on it. Hence why a different acceleration had to be calculated.
I thought that question was really sneaky.
Don't we find tv??? I find tvYeah, trajectory of a projectile in an electric field is parabolic.
In real life projectile motion due to gravity is elliptical since 'g' is not constant. But we treat is as constant in HSC courses.
I can't believe that I found tv instead of t0 for the first short answer question!!!
I got thatFor that light year question, calculate the time taken did anyone get something lyk this : 2.396x10^10 seconds?