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Original post by L'Evil Fish
Showy? I want 97/98... So it looks nice... I'd love a 100 though, in one of C3/4 but not gonna happen:mmm:


Lol - it might just hope that the WJEC peeps are noobs :tongue:
Original post by joostan
Lol - it might just hope that the WJEC peeps are noobs :tongue:


So they have to be noobs for me to attempt 100 UMS :cry2: :unimpressed:

Time isn't an issue, if I take my time it's an hour long... Exam stress will make it an hour minimum...

So I have checking time.

What can go wrong. Arithmetic, and trig integration? :dontknow:
Reply 1802
just to clarify something, in work-energy questions, i know that change in energy = work done by resistance. but how do you figure out change in energy; sometimes its GPE-KE and sometimes its the other way round? Does it depend what energy is gained/lost?
Original post by L'Evil Fish
So they have to be noobs for me to attempt 100 UMS :cry2: :unimpressed:

Time isn't an issue, if I take my time it's an hour long... Exam stress will make it an hour minimum...

So I have checking time.

What can go wrong. Arithmetic, and trig integration? :dontknow:


Lucky -OCR takes a while.
And no that's not what I meant! - But hey, you said it not me :lol:
Yep - though you may have missed out trig :colone:
Original post by joostan
Lucky -OCR takes a while.
And no that's not what I meant! - But hey, you said it not me :lol:
Yep - though you may have missed out trig :colone:


:unimpressed:

Trig isn't covered (hard anyway) all we need is:

1 + cot^2(x) = cosec^2(x)
1 + tan^2(x) = sec^2(x)

All the trig reciprocals, differentiation from first principles for tan and cot, and that's about it...
Original post by joostan
Well you know the linear factors, you multiply two linear dactors together and you get a quadratic, you just need to pick which linear factors you want to mulitply to get the desired result.


Linear dactors :mmm: sounds like some cool and funky new topic :colone:
Original post by justinawe
Linear dactors :mmm: sounds like some cool and funky new topic :colone:


Well to be fair I typed it out correctly twice.

Spoiler



Original post by L'Evil Fish
:unimpressed:

Trig isn't covered (hard anyway) all we need is:

1 + cot^2(x) = cosec^2(x)
1 + tan^2(x) = sec^2(x)

All the trig reciprocals, differentiation from first principles for tan and cot, and that's about it...

No double angles to make blunders on?
First principles is an effort :colone:
(edited 10 years ago)
Original post by L'Evil Fish
:unimpressed:

Trig isn't covered (hard anyway) all we need is:

1 + cot^2(x) = cosec^2(x)
1 + tan^2(x) = sec^2(x)

All the trig reciprocals, differentiation from first principles for tan and cot, and that's about it...


You can derive the identities from sin2x+cos2x=1\sin^2 x + \cos^2 x = 1 too, so that's really all you have to know :lol:
Original post by joostan
Well to be fair I typed it out correctly twice.

Spoiler




No double angles to make blunders on?
First principles is an effort :colone:

Hmmm... Don't think it's required for C3, but maybe
Original post by justinawe
You can derive the identities from sin2x+cos2x=1\sin^2 x + \cos^2 x = 1 too, so that's really all you have to know :lol:


Yeah I know :wink:
Original post by justinawe
You can derive the identities from sin2x+cos2x=1\sin^2 x + \cos^2 x = 1 too, so that's really all you have to know :lol:

Looks like a sweet syllabus. Yum :smile:
Reply 1810
Original post by justinawe
Linear dactors :mmm: sounds like some cool and funky new topic :colone:


I was reading through the last couple of pages (and understood literally nothing) and genuinely though linear dactors were something we learnt about in A2 or sumat :rofl3:
Original post by tigerz
I was reading through the last couple of pages (and understood literally nothing) and genuinely though linear dactors were something we learnt about in A2 or sumat :rofl3:

Lol. I thought so too

Spoiler

Original post by tigerz
I was reading through the last couple of pages (and understood literally nothing) and genuinely though linear dactors were something we learnt about in A2 or sumat :rofl3:


Lol it's bit of FP2, and yes, I can't typr :wink:
Original post by joostan
100 is a bit showy :wink: - same goes for you DJ :tongue:


But that's the exact reason people like 100%'s so much!

Spoiler

One bad thing about having C3 so much earlier than everyone else is I have to wait longer for results... And I'll have more time to stress before C4 if I **** up...
Original post by DJMayes
But that's the exact reason people like 100%'s so much!

Spoiler



I'll beat your school's current record holder if I somehow get straight 100s for all maths modules I'm doing this exam session :tongue:
Original post by DJMayes
But that's the exact reason people like 100%'s so much!

Spoiler


Lol - you'll manage.

Spoiler

Original post by justinawe
I'll beat your school's current record holder if I somehow get straight 100s for all maths modules I'm doing this exam session :tongue:

Good goal to have!
Original post by tigerz
I was reading through the last couple of pages (and understood literally nothing) and genuinely though linear dactors were something we learnt about in A2 or sumat :rofl3:


hah, I've done A2 FM, and I was genuinely bamboozled!

Until I realised it was a typo, that is :colone:
Reply 1819
Original post by joostan
Well you know the linear factors, you multiply two linear dactors together and you get a quadratic, you just need to pick which linear factors you want to mulitply to get the desired result.


Got it eventually :smile: Thanks.

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