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AQA Core 3 - Thursday 6th June 2013 (AM) - Official Thread

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Reply 160
Ive deffinatley failed. Graphs are not my strong point and there was a graph on every page!

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Reply 161
Predictions on grade boundaries? marks for A* A B C? ETC...
question 10.jpg

question 10, come to my thread for more


http://www.thestudentroom.co.uk/showthread.php?t=2374270
Original post by stuart_aitken
Completely stupid isn't it. We must be the most anti-intellectual country on the planet. If someone is confident about an upcoming sport event or a competition, or even entering the X-factor or something, everyone is so supportive, yet when it comes to education and intelligence, people seem to turn quite hostile and, most shockingly, confidence in such things is simply not allowed, or makes you a bad person. Makes no sense!

I got exactly the same reception when I mentioned my mild confidence over the Core 1 and 2 papers.

So I therefore congratulate you on your confidence! :smile:


cheers - thanks for making sense.

best of luck for your result on this too..!
Are you guys not seeing my post....
Reply 165
Original post by l2ob
Oioi WAAAASSTTEEEMAANNN


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Poooooooooooondaaaaa!!!
Original post by Alexandra1995
I got 1.23 and 5.05 :confused:


I got this aswell!
Reply 167
Original post by HSR08
Poooooooooooondaaaaa!!!


Go home


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Reply 168
Original post by Rossitron
what did people get for the mammoth intergral on (lnx) squared?


(X(lnx)^3)/3 was it I think. Just apply chain rule.
What did people get for (lnx)^2 question?
Are you all blind people??? Just go to my thread
Original post by ThomT94
(X(lnx)^3)/3 was it I think. Just apply chain rule.


no sorry that's wrong
Original post by ThomT94
(X(lnx)^3)/3 was it I think. Just apply chain rule.


Nah it's more complex, meh I just integrated by parts with u as lnx and dv/dx as lnx since we already integrated lnx previously wasn't hard
Reply 176
Original post by A-New-Start
no sorry that's wrong


No, that's correct. You don't need to do it by parts. If you differentiate what I wrote you will get (lnx)^2.
Reply 177

sir, i'm gonna have to ask you to calm down
Reply 178
ImageUploadedByStudent Room1370520563.005913.jpgI

Intergral of lnx squared?


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Original post by ThomT94
No, that's correct. You don't need to do it by parts. If you differentiate what I wrote you will get (lnx)^2.


True true point taken
Oh except this : http://answers.yahoo.com/question/index?qid=20080927083701AA640jR
(edited 10 years ago)

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