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    (Original post by -jordan-)
    My FM class all agreed on 2.080 for that.
    I remember getting 2.08something in the exam, when i got home I redid the question and got 2.07something.... Not sure which one is right.
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    Do you guys think that all AQA maths exams will be made harder like this one was? I think this exam was significantly harder than any FP3 paper so far. Do you think the change of front cover meant anything? I thought I had the wrong paper when I didn't see a numerical methods question at the start...
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    (Original post by -jordan-)
    I got (1+ln(4root2)/4 as the coefficient - log law error in there somewhere? I got the approximation the others got.
    So did i mate so who knows!
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    (Original post by jackherbert077)
    Do you guys think that all AQA maths exams will be made harder like this one was? I think this exam was significantly harder than any FP3 paper so far. Do you think the change of front cover meant anything? I thought I had the wrong paper when I didn't see a numerical methods question at the start...
    AQA have been toughening up all their exams in recent years, while the exams might be harder the grade boundaries have remained roughly the same so that's kind of annoying. When I sat down and looked through the front cover and didn't see a numerical methods question I knew I was going to be in for a rough ride. The questions themselves weren't that more difficult than previous papers but the layout freaked me out a bit.
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    Think there's gonna be high grade boundaries at the top but low on the bottom
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    https://youtu.be/SzmJV2xQHzM
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    "anyone who did c1 today and got 5 marks for differentiating 2x get out" I lol'd D
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    (Original post by TheLifelessRobot)
    "anyone who did c1 today and got 5 marks for differentiating 2x get out" I lol'd D
    **** I just realise when using integration by parts and multiplying 1/x by -1/6x⁻⁶

    I wrote -1/6x⁻⁵

    Instead of 1/6x⁻⁷

    So when I integrated I got 1/30x⁻⁴ or whatever instead of 1/36... :///// how many marks do I lose?
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    ********, that was not FP3 at all. What the **** was that? It was more like

    lim [FPx]
    x → ∞
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    Well I got something like 2.0779 and rounded to 2.078 or something like that for the Maclaurin I have no idea what I did wrong
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    (Original post by C0balt)
    Well I got something like 2.0779 and rounded to 2.078 or something like that for the Maclaurin I have no idea what I did wrong
    My working:
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    (Original post by C0balt)
    Well I got something like 2.0779 and rounded to 2.078 or something like that for the Maclaurin I have no idea what I did wrong
    I got that, everyone else is getting different answers so I don't even know. How did you find the paper over all?
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    (Original post by JME_CHG)
    **** I just realise when using integration by parts and multiplying 1/x by -1/6x⁻⁶

    I wrote -1/6x⁻⁵

    Instead of 1/6x⁻⁷

    So when I integrated I got 1/30x⁻⁴ or whatever instead of 1/36... :///// how many marks do I lose?
    You will probably lose 2 or 3 of the 4 marks available. I messed up that question as i also managed to integrate wrong.
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    (Original post by -jordan-)
    My working:
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    Turns out we've done the exact same thing. Our answers are just in different forms.
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    (Original post by -jordan-)
    My working:
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    I think I differentiated wrong for f''(x)
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    (Original post by CoIIins)
    Turns out we've done the exact same thing. Our answers are just in different forms.
    Oh yeah, so you squared 4root(2) and took 1/2 to the front and had it all over 4. Probably neater than mine.
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    Why was that paper so different to every single one of the older past papers? I even had trouble figuring out where to put my name and candidate number since they changed the front page.

    I don't know what to do now, lads. I don't think it's possible for me to get into uni unless I somehow get full marks in both FP2 and S2.
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    (Original post by TheLifelessRobot)
    I got that, everyone else is getting different answers so I don't even know. How did you find the paper over all?
    I differentiated ln(x+y) and got dydx/(x+y) rather than dydx+1/x+y I think
    It was very difficult
    (Original post by Qcomber)
    You will probably lose 2 or 3 of the 4 marks available. I messed up that question as i also managed to integrate wrong.
    Same lol fml
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    That exam was quite ridiculous compared to all the past papers. I thought that some of the maths was quite fun like (cosa+sina)^2= 1+root3/2
    But some was just ridiculously hard. Like I don't think I did very well on that polar coordinates question that converted it into Cartesian. For that question did anyone get the transformation as 4 in positive X axis ?


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    54 enough for a B?
 
 
 

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