Edexcel A Level Further Mathematics Paper 4A (9FM0 4A) - 26th June 2023 [Exam Chat]

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How did your Edexcel A Level Further Mathematics Paper 4A exam go?

Edexcel A Level Further Mathematics Paper 4A (9FM0 4A) - 26th June 2023 [Exam Chat]

Welcome to the exam discussion thread for this exam. Introduce yourself! Let others know what you're aiming for in your exams, what you are struggling with in your revision or anything else.

Wishing you all the best of luck.

General Information
Date/Time: 26th June 2023/ PM
Length: 1hr 30 mins

Resources:
Edexcel A Level Further Mathematics

(edited 10 months ago)

Hi. Dm I'll help

Hey. What’s everybody doing for revision rn?

Reply 3

Academiapro

3

Question answer to test the concept

Reply 4

Academiapro

3

It's simple. Get the difficult concept and try getting worked examples. It's working. Or can we partner as studymates?

Reply 5

Noah1807

8

Gl for Monday everybody!

Reply 6

DanielK1456

10

GL Everyone keep revising almost over

OP

bumping this thread

What did people get for a and b in the matrix question

Reply 9

Noah1807

8

Difficult paper this time around. Probably screwed it up.

Reply 10

Noah1807

8

What did people get for the integration question?

Reply 11

lamerfx

1

what did everyone get for SHM motion, i got the coefficient of x to be 100? what did u guys get

Reply 12

Noah1807

8

Original post by lamerfx

what did everyone get for SHM motion, i got the coefficient of x to be 100? what did u guys get

What?

Reply 13

Sean Dimmock

4

For the last integral I got 81cm^2 and for the combinatorics one I got that it increased by 135,000 from 15,000 to 150,000 in part i, then for ii my code was 1359. Does anyone agree? I’m not completely confident.

Reply 14

Noah1807

8

Original post by Sean Dimmock

For the last integral I got 81cm^2 and for the combinatorics one I got that it increased by 135,000 from 15,000 to 150,000 in part i, then for ii my code was 1359. Does anyone agree? I’m not completely confident.

I got that the integral was 64cm^2 but I didn’t get a constant π remaining from part (a).

Reply 15

Sean Dimmock

4

Original post by Noah1807

I got that the integral was 64cm^2 but I didn’t get a constant π remaining from part (a).

You had to add on the area of the ends I believe, but they’re both circles so you just get an added multiple of pi.

Reply 16

Noah1807

8

Original post by Sean Dimmock

You had to add on the area of the ends I believe, but they’re both circles so you just get an added multiple of pi.

How many marks would I lose if I carried it forward without those added on?

Reply 17

Sean Dimmock

4

Original post by Noah1807

How many marks would I lose if I carried it forward without those added on?

I imagine one method mark for trying to find the ends, one accuracy for not having that value of q and another accuracy in the last part when you find the total area, so I’d say probably 3. I’m not an examiner though, so that’s just my guess.

Reply 18

Noah1807

8

Original post by Sean Dimmock

I imagine one method mark for trying to find the ends, one accuracy for not having that value of q and another accuracy in the last part when you find the total area, so I’d say probably 3. I’m not an examiner though, so that’s just my guess.