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Revise These Topics For A/A* in Edexcel A-Level Maths Paper 2
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This video discusses the topics I recommend you focus on to boost your chances of achieving a higher grade (A/A*) in Edexcel A-level Maths Paper 2 2024. I examine the frequency of different Edexcel topics and sub-topics from past papers based on their raw marks and cover what the UMS grade boundaries were for each paper 2, from 2018 to 2023.
👍 If you want to improve your grades and see more content like this - like, share, and subscribe to the channel! 📈
This video is for guidance only, I cannot predict the future, I'm just looking at patterns and data 🤓
📄 Sub-topic mapping document (USE FOR THIS VIDEO IF NEEDED):
✅ Edexcel specification:
📝 Past papers:
____________________________________________________________________________
⏰ Timestamps:
00:00 Intro, shoutouts and disclaimers
02:24 Topic analysis and grade boundaries
05:59 Sub-topic analysis
10:30 Overall analysis and predictions
____________________________________________________________________________
📝 Paper 2 topics:
1 Proof
2 Algebra and functions
3 Coordinate geometry in the (x, y) plane
4 Sequences and series
5 Trigonometry
6 Exponentials and logarithms
7 Differentiation
8 Integration
9 Numerical methods
10 Vectors
👍 If you want to improve your grades and see more content like this - like, share, and subscribe to the channel! 📈
This video is for guidance only, I cannot predict the future, I'm just looking at patterns and data 🤓
📄 Sub-topic mapping document (USE FOR THIS VIDEO IF NEEDED):
✅ Edexcel specification:
📝 Past papers:
____________________________________________________________________________
⏰ Timestamps:
00:00 Intro, shoutouts and disclaimers
02:24 Topic analysis and grade boundaries
05:59 Sub-topic analysis
10:30 Overall analysis and predictions
____________________________________________________________________________
📝 Paper 2 topics:
1 Proof
2 Algebra and functions
3 Coordinate geometry in the (x, y) plane
4 Sequences and series
5 Trigonometry
6 Exponentials and logarithms
7 Differentiation
8 Integration
9 Numerical methods
10 Vectors
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