Well, at my school at AS we do: C1, C2, S1 Then at A2 we do C3, C4, S2 Further Maths people at AS do: FP1, M1, D1 and I don't know about A2.
As for which is hardest, I've only done 3 and I think S1's the hardest, as there's writing in it and some of the questions aren't very obvious with what they're asking.
I've done C1, C2, S1, NM, FP1, M1 in AS and NM was the longest and i did worst in that module. This year i'm doing C3, C4, S2, FP2, M3, M2. M3 is quite tough and FP2 is hard but once you get your head around FP2 it isn't that bad. Right now M3 is the toughest for me.
I've done C1, C2, S1, NM, FP1, M1 in AS and NM was the longest and i did worst in that module. This year i'm doing C3, C4, S2, FP2, M3, M2. M3 is quite tough and FP2 is hard but once you get your head around FP2 it isn't that bad. Right now M3 is the toughest for me.
Yeah i agree , i think FP2 was really really difficult to begin with, but I am definitely getting my head around it, just need to learn hyperbolic functions and I should be on track.
Personally I found that although NM was difficult to being with, it soon became easy because you just learn the methods and the only problem is carrying them out as quickly as possible on the calculator ~ as the timing for the exam was very tight. ~ Part of NM is coursework additionally so its only 80% exam which made it slightly easier and gave me a confidence boost.
wow id never heard of Nm until now! what dyu have to do in it exactly? im currently doing maths n further maths At our school we do c1,c2,s1,m1,fp1,d1 in yr12 and then c3,c4,fp2,s2,m2,d2/m3/s3 i think... lol i loved d1 i did it in yr11 however fp1 is a bit of a joke for me and i love m1 but am soooo bad at it, i wanna do m2 next year but not sure if im gd enough
Well, you need to know Trapezium Rule + Simpson's Rule + midpoint rule all estimating intergrals using Numerical Methods.
Then you use Numerical to find the roots of equations etc, mainly it is ways of finding solutions for problems using non - pure maths methods.
What's the difference in using the Trapezium rule and Mid-point rule from what you do in C2?
If my maths teacher lets me, i wanna do the Further AS and A2 next year alongside the A2 Maths. I'm gonna be doing: C3,C4,S2(A2) FP1,M1,NM(AS further) FP2,M2,Differential Equations(A2 further)
Do you think these modules are okay to do or will they be too much work?
What's the difference in using the Trapezium rule and Mid-point rule from what you do in C2?
If my maths teacher lets me, i wanna do the Further AS and A2 next year alongside the A2 Maths. I'm gonna be doing: C3,C4,S2(A2) FP1,M1,NM(AS further) FP2,M2,Differential Equations(A2 further)
Do you think these modules are okay to do or will they be too much work?
Well if u imagine the trapezium rule, it gives either an overestimate or an underestimate, depending on the shape of the curve. However since the midpoint rule uses rectangles, unlike the trapezia. You will get a slightly different area.
Well if u imagine the trapezium rule, it gives either an overestimate or an underestimate, depending on the shape of the curve. However since the midpoint rule uses rectangles, unlike the trapezia. You will get a slightly different area.
Oh sorry, i phrased the question badly. I meant how is the work on the trapezium rule and mid-point rule different in NM from the work that you do in C2?
Well you go into more detailed analysis, its not really much different tbh, just further applications and applying it to slightly more difficult questions with more iterations!
You have to also consider how fast it converges to the real value of the area etc. Essentially its the same as C2 as far as I am concerned!
Well you go into more detailed analysis, its not really much different tbh, just further applications and applying it to slightly more difficult questions with more iterations!
You have to also consider how fast it converges to the real value of the area etc. Essentially its the same as C2 as far as I am concerned!
Oh cool, do you recon those nine modules i mentioned are do-able in a year? I'm planning to do FP1 and M1 over the summer so i can start A2 straight away.
Is it just me that doesn't find M1 as easy as it's meant to be? I often make careless mistakes
dont worry im absolutely useless at M1! im so gonna muff up on friday!! thing is tho, i must prefer it to boring statistics i wanna do m2 next year on the basis its more interesting but itll be hard...
I'm in the process of doing the Normal and Further Maths courses for MEI:
Normal Maths: C1-4, S1, S2
Further Maths: FP1, FP2, M1, then three of M2, FP3, D1, DE (I'm doing all four of these so the worst will be discounted).
I personally find most of them OK, just D1 is immensely boring so I don't really do all the necessary work because I'd rather do FP2 which is at least interesting. I actually find FP3 harder than FP2 (most say its the other way around) but I think that's largely because I haven't done much revision for FP3 yet and ultimately it should be fine.
I actually found S2 and M2 the hardest so far, but that's probably because I also found them quite boring so didn't do as much work as perhaps I should have done. That being said I still got 84 and 87 in them, so I didn't find them impossible or anything.
Next Year I will be sitting: C3, C4, FP2, M1, S2, and possibly M2 and/or S3 and/or NM and/or DE.
Of the modules I have studied, D1 is the hardest simply because it introduces foreign concepts. FP1 takes some getting used to at first but it's pretty cool (exam in 7 hours!!).
I will have to self-teach M1 and (if I take it) M2, as well as partially having to self-teach C3 due to a 2-week absence in July.