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AQA A-level Further Mathematics Paper 1 (7367/1) - 22nd May 2024 [Exam Chat]

This poll is closed

How did your AQA A-level Further Mathematics Paper 1 exam go?

Quite well 50%

Not so good 17%

Great 27%

Terribly 6%

Total votes: 132

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AQA A-level Further Mathematics Paper 1 (7367/1) - 22nd May 2024 [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: 22nd May 2024/ PM
Length: 2h

(edited 1 year ago)

Scroll to see replies

Reply 1

galvanized-crank

please help

Reply 2

Deziire

How did people find it

Reply 3

Serindepity

That was pretty good but I probably made a lot of silly mistakes :frown:

Reply 4

wdawdasdasd

Harry gay asf

Reply 5

Deziire

Original post

by Serindepity

That was pretty good but I probably made a lot of silly mistakes :frown:

Yeah there was a lot of room for error in that paper like so much integrating

Reply 6

wdawdasdasd

Original post

by Deziire

Yeah there was a lot of room for error in that paper like so much integrating

Put it on skibidi

Reply 7

wdawdasdasd

quite a nice paper boundaries similar to 2023 imo

Reply 8

Justin Ju

What do you think about the grade boundaries, i think it is going to be about the same as 2022, I thinks it is generally similar to 2022.

What are you thinking about the grade boundary guys.

Reply 9

Justin Ju

Original post

by wdawdasdasd

quite a nice paper boundaries similar to 2023 imo

Just in the respect of difficulty, i think 2023>2024

Reply 10

Deziire

Original post

by Justin Ju

What do you think about the grade boundaries, i think it is going to be about the same as 2022, I thinks it is generally similar to 2022.
What are you thinking about the grade boundary guys.

Yeah I think it was harder than the 2023 paper 1 so similar to 2019/ 2022 maybe

Reply 11

Justin Ju

Original post

by Deziire

Yeah I think it was harder than the 2023 paper 1 so similar to 2019/ 2022 maybe

Generally speaking i think the grade boundaries will likely to be around 63/75

Reply 12

shhshshuh

Original post

by wdawdasdasd

Harry gay asf

prove it by induction

Reply 13

Deziire

Original post

by Justin Ju

Generally speaking i think the grade boundaries will likely to be around 63/75

Yeah agreed somewhere around there

Reply 14

humid-amphetamin

Original post

by Deziire

How did people find it

It was ok, so much intergration though.

Reply 15

394737dhdhsbs

How did you guys find it ?, any answers to compare to ? I didn't manage to do the tan7pi/12 (cuz you have to do it without a calculator I think) and I couldn't do the last one either.

Reply 16

Tarig_

Original post

by Justin Ju

Generally speaking i think the grade boundaries will likely to be around 63/75

Do you mean 84%?

Reply 17

Justin Ju

Original post

by Tarig_

Do you mean 84%?

Yes, i guess, so number are quiet bad, i have to admit i probably lost 6 mark on accuracy. By all the methods involved is not too had.

Reply 18

Justin Ju

Original post

by Tarig_

Do you mean 84%?

I think it is simpler than last year paper 1

Reply 19

xlibbyx

Original post

by 394737dhdhsbs

How did you guys find it ?, any answers to compare to ? I didn't manage to do the tan7pi/12 (cuz you have to do it without a calculator I think) and I couldn't do the last one either.

Wasn’t it tan5pi/12? I couldn’t do that one either, was the last one the differential equation one?