A-Level Maths Edexcel Predicted Paper 2 | 11th June 2024 |

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Hello, I hope you enjoyed the video! If this video helped you out, I’d appreciate it if you shared it with a friend.
This video is a predicted paper 2 for A-Level Edexcel June 2024 walkthrough
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Here is a pdf of the paper: docs.google.co...
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Check out the TikTok: www.tiktok.com...
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You are a legend of the game!

[@DrJamesMaths]

If this video helped you out, I would appreciate it if you hit like and subscribe. If you are feeling extra generous you could send me a donation via super thanks button so I can continue to help students like yourself! Thanks for watching 🔥

[@muaazadinho9528]

Please make a predicted paper 3 for stats and mechanics. Would be highly appreciated!

[@cara-alexandra6341]

Paper 2 on my birthday yippie what a wonderful gift. Thank you Dr James Maths!

[@khunshub1846]

happy birthday

[@darrenebosele]

Happy birthday! Good luck today!

[@DrJamesMaths]

Happy birthday! Hope the exam went well

[@SalehNatha]

good paper sir ty alot doing this on the morning of the exam with you

[@DrJamesMaths]

Good luck! You are welcome

[@Red-bz8no]

It’s one hour before rn dog. So cooked

[@hamzalds7976]

@@Red-bz8no lmao

[@IsmailB-ku1lv]

Everything he predicted came up like very similar questions, this vid helped so much

[@DrJamesMaths]

I'm glad to hear it!

[@amybaldwin8552]

the partal fractions question here was basically identical to the one in the paper! it was so helpful

[@monexplicit]

My glorious king Dr James Maths

[@DrJamesMaths]

Glad it helped

[@lol.1296]

this paper helped me so much you have no idea how accurate it was!

[@DrJamesMaths]

Lovely stuff!

[@a.s.o279]

at 39:25 I just factored out root1/16 of the denominator and got the same answer

[@mathso977]

Will you be doing another vid for paper 3? This one was so helpful!!

[@DrJamesMaths]

Unfortunately not, I was thinking of doing a live stream tonight like this comment if you are keen?

[@mrblatchford5030]

Love the ice machine 👍

[@a.s.o279]

guys for 22:04 he factored out 1/11 and 22 from broth partial fractions before he integrated

[@bigjosher871]

at 24:04 i got 2lnP-4ln(11-2P) what did i do wrong?

[@a.s.o279]

when you integrate the second partial fraction by reverse chain rule for your expected integral you get -2/11-p. but we have 4/11-2p. we need to multiply our integral by a factor of -2 to get the correct integral not a factor of -4 ending with -2ln(11-2p).

[@pinkmangooooo]

At 9:54, shouldn’t it be only x? Since x = tan^2x ? so x = sin^2x/cos^2x Btw thank u for these videos so helpful

[@wcmybdbdjhj]

That exactly what I thought, i think you’re right

[@pinkmangooooo]

@@wcmybdbdjhj yeah it's in the mark scheme

[@DrJamesMaths]

Yes I changed my answer later

[@KausalyaaKangasuthan]

9:47 Hi at this time there is an error as x is given as tan^2x so squaring it should give powers of 4.

[@KausalyaaKangasuthan]

Oh yes you have identified this. Nevermind! Thanks for this super helpful video!!

[@DrJamesMaths]

Glad you found it useful! Good luck with your exam!

[@shahmir0496]

Do you have a predicted applied paper coming out?

[@emilycook1544]

hi for question 2 how did you get dy/dx as root2/8, i thought it was root2/4?

[@pranay8111]

9:33 is x not equal to sin^t/cos^t already?

[@DrJamesMaths]

No sin squared over cos squared

[@yellowstation2588]

@@DrJamesMathsso is x not already equal to sin squared over cos squared? so then why do you have to square x

[@alidime9772]

legend

[@DrJamesMaths]

Glad you liked it

[@kamrenmendis7764]

How would you know for certain that the cos(2y) = +sqrt(1-sin^2(2x)) and not the negative version of it? As surely using the limits for y cos(2y) could be either negative or positive?

[@IkinAaron]

Should we also be revising the unhighlighted topics on that list?

[@DrJamesMaths]

I would revise everything on the list, but extra care to the highlighted ones

[@IkinAaron]

@@DrJamesMaths Thankyou!

[@MohammedIslam-kz9jr]

for the small angle approximation could u not just make cos^2 into sin^2. Same answer tho.

[@KausalyaaKangasuthan]

58:46 Hi at this point part b says to find the equation of the tangent but the gradient you used was for the equation of the normal. Just a small error! Nevertheless this video has very useful questions and thanks for making it right before the exam speedily! Great content

[@madeleine-wc1gx]

Surely this is right! Because, he finds the gradient of the radius, which is perpendicular to the tangent. Therefore, to find the gradient of the tangent, he must find the normal of the gradient of the radius?

[@DrJamesMaths]

@@madeleine-wc1gx my working is correct

[@madeleine-wc1gx]

@@DrJamesMaths yes, I agree

[@KausalyaaKangasuthan]

That does make sense! Thank u for clearing my misunderstanding

[@mrqwerty4792]

@@KausalyaaKangasuthan -2000 aura

[@zoey3605]

42:00 my mind is boggled how can you ignore θ^4 but not everything else😭

[@keiko433]

me rn

[@zoey3605]

@@keiko433 i just checked and he replied to another comment saying that when something is a power of 3 or greater it can be ignored!!

[@melli3716]

36:21 for this i rearranged to get 2y=arcsin(x/4), and differentiated knowing that arcsinx differentiated is 1/root1-x^2 . i got the same answer. is this a valid method?

[@DrJamesMaths]

Completely valid

[@ArthurMorganII]

I’m an IGCSE student right now and I wanna take a level maths, but it looks so difficult 😭😭

[@DrJamesMaths]

I'll help you through it 😉

[@muaazadinho9528]

Its all about practice. Do as many past papers as you can and you're settled.

[@ArthurMorganII]

I’m a bit nervous, but this comment made me feel better. Thanks!

[@ArthurMorganII]

@@DrJamesMaths thank you!

[@asdasdasda5857]

Legend

[@DrJamesMaths]

I try

[@cheeseballs8u]

Question 6 do you do sum to 21 or 20 cos you already have the 21st week as 600 ?

[@DrJamesMaths]

Yeah exactly

[@Krequit]

either method gets you the same answer

[@darrenebosele]

Update: it went so well! Quite a few of the questions you did were similar to the paper!! Thank you!! 🐐

[@DrJamesMaths]

Things you love to hear

[@devenray9414]

for the integral of (1/11-2P) wouldn't it be ln(11-2P)/2 since you need to diff the interior and divide. or is it not for this question?

[@alaziziomar_]

ur cooked, negative

[@DrJamesMaths]

The 22 out the front makes the difference

[@Hm_-lm7hw]

41:55 do we generally ignore theta to the power of more than squared is or is it just in this case just because it is until theta squared? Thank you so much for this video🙏🙏🙏

[@DrJamesMaths]

Yeah you can ignore powers of 3 or greater

[@KausalyaaKangasuthan]

Yes because as mentioned in the video if given theta is assumed really small then higher powers are negligible. Think if theta become so close to nothing then higher powers won't make much of a difference. That's the understanding behind it.

[@asmasiari8797]

@@DrJamesMathsTo be fair, there's a way you can do it where you don't have to ignore anything. Change 3cos²θ to 3(1 - sin²θ). You get the same answer though!!

[@AsianPhilosophiesUnveiled]

54:24 How do you know OD is Parallel to OB?

[@coleslaw4736]

As OB is extended to become OD

[@DrJamesMaths]

They are parallel because they are in a straight line.

[@ZeroWinz]

i think proof of Sn is almost impossible because its come up before and on the first paper we already had like hella proofs

[@DrJamesMaths]

I agree but it's something worth learning just in case it pops up again

[@lol.1296]

tysm

[@DrJamesMaths]

You are welcome! Good luck

[@ahaahaha935]

My goat

[@DrJamesMaths]

Good luck!

[@ahaahaha935]

@@DrJamesMaths I failed miserably

[@DrJamesMaths]

@@ahaahaha935 oh no I'm sure you did better than you think!

[@ahaahaha935]

@@DrJamesMaths hope so

[@rev0cs]

nice one

[@DrJamesMaths]

You are welcome

[@lg7844]

blud is in every maths related comment section

[@rev0cs]

@@lg7844 ong i am

[@rKaraa]

@@lg7844 how do you know? stop lying bro