Search results

What does everyone think the e4 cutoff for this years exam will be? Personally, I'm guessing around 50/70

how did he get tricked? he's correct :P

Yes. It was alright, but it hurt

Should I burn my English notes now, or wait until the end of all my exams for one big pile of happiness?

When derivative is equal to 0, there is a tangent as shown by nightweaver

Paper was fair, yet some question were extremely hard to adapt to. Lucky I nailed Belonging :P I'm thinking: Mod A - Richard III - 16+ Mod B - Ondaatje - 15+ Mod C - Fiftieth Gate - 15+

If you forget a point, and remember to put in late in the essay, are you allowed to put a * directing the marker to read that before the rest of the paragraph? eg. haajakjsosmjsksks * kskksak,,s,alskldkd *johhny was a silly boy

bump

If I was to do a physics and chem test under exam conditions which I am not at all familiar with, would there be any tutors/past excelling students who would be willing to mark my answers so I have an idea of how I am going? Also, if anyone knows of anyone on the forum who I could specifically...

shit. that's awkward. that makes the question incredibly easy then :P

I just did the integration as well and got that too. But I'm pretty sure the answers are wrong. You see, I did it where I expressed acceleration as vdv/dx before integrating. But the answers have for some reason just expressed acceleration as dv/dx. Hence, they must be wrong and so i'll say we r...

with respect to v :P

\int \frac{v}{g-kv} How do integrate this?

\int \sqrt{x^2+x+1} Try this. Its looks are deceiving

do you have a link to this answer please?

How do you prove the reflection property of an ellipse?

Hey, anyone that has completed their MX2 trials, what are the multiple choice questions like? Could someone please give me an example of one so that I know what to expect? Thanks

anyone know how?

"A particle is undergoing SHM on the x-axis about the origin. It is initially at its extreme positive position. The amplitude of the motion is 18 and the particle returns to its initial position every 5 seconds." a. Write down an equation for the position of the particle at time t seconds. b...

does anybody know how to do this?