Selected: Edexcel A Level Maths - Pure Maths
AS & A2 (Whole Course) - All Questions - Casio fx-991EX
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AS & A2 (Whole Course) - All Questions - Casio fx-991EX
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- Theory Theory Revision
- OCR (A) Qs OCR (A) Qs
- Edexcel Qs Edexcel Qs
- AQA Qs AQA Qs
- OCR MEI Qs OCR MEI Qs
- JsxGraph JsxGraph
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Jun 24 A2
P3 Q 1 Jun 24 A2
P3 Q 1 -
Jun 24 A2
P1 Q 6 Jun 24 A2
P1 Q 6 -
Jun 24 AS
P1 Q 7 Jun 24 AS
P1 Q 7 -
Jun 22 A2
P2 Q 1Jun 22 A2
P2 Q 1 -
Jun 22 AS
P1 Q 2Jun 22 AS
P1 Q 2 -
Nov 21 AS
P2 Q 1 Nov 21 AS
P2 Q 1 -
Nov 21 A2
P1 Q 4Nov 21 A2
P1 Q 4 -
Nov 20 A2
P2 Q 2Nov 20 A2
P2 Q 2 -
Nov 20 AS
P2 Q 4Nov 20 AS
P2 Q 4 -
Jun 19 AS
P1 Q 3 aJun 19 AS
P1 Q 3 a -
Jun 19 A2
P2 Q 7Jun 19 A2
P2 Q 7 -
Jun 17 AS
P1 Q 6 a Jun 17 AS
P1 Q 6 a
OCR (A) H240/03 Jun 2024 A2 Exam Q. 1 :
4 marks in 4:48 min.
OCR (A) H240/01 Jun 2024 A2 Exam Q. 6 :
8 marks in 9:36 min.
OCR (A) H230/01 Jun 2024 AS Exam Q. 7 :
5 marks in 6:00 min.
OCR (A) H240/02 Jun 2022 A2 Exam Q. 1 :
8 marks in 9:36 min.
OCR (A) H230/01 Jun 2022 AS Exam Q. 2 :
5 marks in 6:00 min.
OCR (A) H230/02 Nov 2021 AS Exam Q. 1 :
2 marks in 2:24 min.
OCR (A) H240/01 Nov 2021 A2 Exam Q. 4 :
7 marks in 8:24 min.
OCR (A) H240/02 Nov 2020 A2 Exam Q. 2 :
4 marks in 4:48 min.
OCR (A) H230/02 Nov 2020 AS Exam Q. 4 :
9 marks in 10:48 min.
OCR (A) H230/01 Jun 2019 AS Exam Q. 3 a :
5 marks in 6:00 min.
OCR (A) H240/02 Jun 2019 A2 Exam Q. 7 :
5 marks in 6:00 min.
OCR (A) H230/01 Jun 2017 AS Sample Exam Q. 6 a :
2 marks in 2:24 min.
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Dec 24 AS
Q 8Dec 24 AS
Q 8 -
Jun 24 A2
P1 Q 1Jun 24 A2
P1 Q 1 -
Jun 24 AS
Q 2Jun 24 AS
Q 2 -
May 24 AS
Q 3May 24 AS
Q 3 -
Jan 24 A2
P1 Q 2Jan 24 A2
P1 Q 2 -
Jan 24 A2
P2 Q 3Jan 24 A2
P2 Q 3 -
Jun 23 A2
P1 Q 2Jun 23 A2
P1 Q 2 -
Apr 23 AS
Q 4 abApr 23 AS
Q 4 ab -
Jan 23 A2
P2 Q 4Jan 23 A2
P2 Q 4 -
Jun 22 A2
P1 Q 2Jun 22 A2
P1 Q 2 -
Jun 22 AS
Q 2Jun 22 AS
Q 2 -
Dec 21 A2
P1 Q 2Dec 21 A2
P1 Q 2 -
Nov 21 A2
P1 Q 1Nov 21 A2
P1 Q 1 -
Jun 19 A2
P1 Q 1Jun 19 A2
P1 Q 1 -
Jun 19 A2
P1 Q 1Jun 19 A2
P1 Q 1 -
Jun 19 AS
Q 11Jun 19 AS
Q 11 -
Jan 19 A2
P2 Q 4Jan 19 A2
P2 Q 4 -
Jun 18 A2
P2 Q 6Jun 18 A2
P2 Q 6 -
Jun 18 AS
Q 9Jun 18 AS
Q 9 -
May 18 AS
Q 5May 18 AS
Q 5 -
Jun 17 AS
Q 4 aJun 17 AS
Q 4 a -
May 17 A2
P2 Q 1May 17 A2
P2 Q 1
Edexcel 8MA0/01 Dec 2024 AS Mock Q. 8 :
6 marks in 7:12 min.
Edexcel 9MA0/01 Jun 2024 A2 Exam Q. 1 :
3 marks in 3:36 min.
Edexcel 8MA0/01 Jun 2024 AS Exam Q. 2 :
8 marks in 9:36 min.
Edexcel 8MA0/01 May 2024 AS Mock Q. 3 :
7 marks in 8:24 min.
Edexcel 9MA0/01 Jan 2024 A2 Mock Q. 2 :
4 marks in 4:48 min.
Edexcel 9MA0/02 Jan 2024 A2 Mock Q. 3 :
8 marks in 9:36 min.
Edexcel 9MA0/01 Jun 2023 A2 Exam Q. 2 :
6 marks in 7:12 min.
Edexcel 8MA0/01 Apr 2023 AS Mock Q. 4 ab :
3 marks in 3:36 min.
Edexcel 9MA0/02 Jan 2023 A2 Mock Q. 4 :
4 marks in 4:48 min.
Edexcel 9MA0/01 Jun 2022 A2 Exam Q. 2 :
3 marks in 3:36 min.
Edexcel 8MA0/01 Jun 2022 AS Exam Q. 2 :
7 marks in 8:24 min.
Edexcel 9MA0/01 Dec 2021 A2 Mock Q. 2 :
7 marks in 8:24 min.
Edexcel 9MA0/01 Nov 2021 A2 Exam Q. 1 :
3 marks in 3:36 min.
Edexcel 9MA0/01 Jun 2019 A2 Exam Q. 1 :
3 marks in 3:36 min.
Edexcel 9MA0/01 Jun 2019 A2 Shadow Exam Q. 1 :
3 marks in 3:36 min.
Edexcel 8MA0/01 Jun 2019 AS Exam Q. 11 :
10 marks in 12:00 min.
Edexcel 9MA0/02 Jan 2019 A2 Mock Q. 4 :
6 marks in 7:12 min.
Edexcel 9MA0/02 Jun 2018 A2 Exam Q. 6 :
6 marks in 7:12 min.
Edexcel 8MA0/01 Jun 2018 AS Exam Q. 9 :
9 marks in 10:48 min.
Edexcel 8MA0/01 May 2018 AS Mock Q. 5 :
8 marks in 9:36 min.
Edexcel 8MA0/01 Jun 2017 AS Sample Exam Q. 4 a :
2 marks in 2:24 min.
Edexcel 9MA0/02 May 2017 A2 Sample Exam Q. 1 :
3 marks in 3:36 min.
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Jun 22 A2
P1 Q 11Jun 22 A2
P1 Q 11 -
Jun 22 AS
P1 Q 5Jun 22 AS
P1 Q 5 -
Jun 22 AS
P2 Q 5Jun 22 AS
P2 Q 5 -
Nov 21 A2
P1 Q 13Nov 21 A2
P1 Q 13 -
Nov 21 A2
P3 Q 2Nov 21 A2
P3 Q 2 -
Nov 21 A2
P3 Q 6Nov 21 A2
P3 Q 6 -
Nov 20 A2
P3 Q 4Nov 20 A2
P3 Q 4 -
Nov 20 AS
P1 Q 6 Nov 20 AS
P1 Q 6 -
Nov 20 A2
P3 Q 7Nov 20 A2
P3 Q 7 -
Jun 19 A2
P3 Q 2Jun 19 A2
P3 Q 2 -
Jun 19 AS
P1 Q 3Jun 19 AS
P1 Q 3 -
Jun 19 A2
P2 Q 4Jun 19 A2
P2 Q 4 -
Jun 18 A2
P1 Q 12Jun 18 A2
P1 Q 12 -
Jun 17 AS
P2 Q 1 Jun 17 AS
P2 Q 1 -
Jun 17 A2
P1 Q 4 Jun 17 A2
P1 Q 4
AQA 7357/1 Jun 2022 A2 Exam Q. 11 :
10 marks in 12:00 min.
AQA 7356/1 Jun 2022 AS Exam Q. 5 :
3 marks in 3:22 min.
AQA 7356/2 Jun 2022 AS Exam Q. 5 :
5 marks in 5:38 min.
AQA 7357/1 Nov 2021 A2 Exam Q. 13 :
8 marks in 9:36 min.
AQA 7357/3 Nov 2021 A2 Exam Q. 2 :
1 mark in 1:12 min.
AQA 7357/3 Nov 2021 A2 Exam Q. 6 :
4 marks in 4:48 min.
AQA 7357/3 Nov 2020 A2 Exam Q. 4 :
7 marks in 8:24 min.
AQA 7356/1 Nov 2020 AS Exam Q. 6 :
9 marks in 10:08 min.
AQA 7357/3 Nov 2020 A2 Exam Q. 7 :
7 marks in 8:24 min.
AQA 7357/3 Jun 2019 A2 Exam Q. 2 :
1 mark in 1:12 min.
AQA 7356/1 Jun 2019 AS Exam Q. 3 :
5 marks in 5:38 min.
AQA 7357/2 Jun 2019 A2 Exam Q. 4 :
4 marks in 4:48 min.
AQA 7357/1 Jun 2018 A2 Exam Q. 12 :
10 marks in 12:00 min.
AQA 7356/2 Jun 2017 AS Sample Exam Q. 1 :
1 mark in 1:08 min.
AQA 7357/1 Jun 2017 A2 Sample Exam Q. 4 :
6 marks in 7:12 min.
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Jun 24 AS
P2 Q 1 Jun 24 AS
P2 Q 1 -
Jun 24 AS
P1 Q 6Jun 24 AS
P1 Q 6 -
Jun 23 A2
P3 Q 4Jun 23 A2
P3 Q 4 -
Jun 23 AS
P1 Q 6Jun 23 AS
P1 Q 6 -
Jun 23 AS
P2 Q 7Jun 23 AS
P2 Q 7 -
Nov 20 A2
P1 Q 7Nov 20 A2
P1 Q 7 -
Jun 18 A2
P1 Q 1Jun 18 A2
P1 Q 1 -
Jun 18 AS
P1 Q 6Jun 18 AS
P1 Q 6 -
Jun 17 A2
P3 Q 1Jun 17 A2
P3 Q 1
OCR MEI H630/02 Jun 2024 AS Exam Q. 1 :
3 marks in 3:52 min.
OCR MEI H630/01 Jun 2024 AS Exam Q. 6 :
6 marks in 7:40 min.
OCR MEI H640/03 Jun 2023 A2 Exam Q. 4 :
4 marks in 6:24 min.
OCR MEI H630/01 Jun 2023 AS Exam Q. 6 :
5 marks in 6:26 min.
OCR MEI H630/02 Jun 2023 AS Exam Q. 7 :
4 marks in 5:08 min.
OCR MEI H640/01 Nov 2020 A2 Exam Q. 7 :
6 marks in 7:12 min.
OCR MEI H640/01 Jun 2018 A2 Exam Q. 1 :
3 marks in 3:36 min.
OCR MEI H630/01 Jun 2018 AS Exam Q. 6 :
5 marks in 6:26 min.
OCR MEI H640/03 Jun 2017 A2 Exam Q. 1 :
2 marks in 3:12 min.
Visualise Factor Theorem 1
The factor theorem states that:
If ${\color{blue} f(x) }$ is a polynomial and ${\color{blue} f(a) = 0 }$, then ${\color{blue} (x - a) }$ is a factor of ${\color{blue} f(x) }$.
This display helps show how this comes about.
You can drag the red point to help read coordinates.
If ${\color{blue} f(x) }$ is a polynomial and ${\color{blue} f(a) = 0 }$, then ${\color{blue} (x - a) }$ is a factor of ${\color{blue} f(x) }$.
This display helps show how this comes about.
You can drag the red point to help read coordinates.
Visualise Factor Theorem 2
The factor theorem also states that:
If ${\color{blue} f(x) }$ is a polynomial and ${\color{blue} f( {b \over a} ) = 0 }$, then ${\color{blue} (ax - b) }$ is a factor of ${\color{blue} f(x) }$.
This display helps show how this comes about.
You can drag the red point to help read coordinates.
If ${\color{blue} f(x) }$ is a polynomial and ${\color{blue} f( {b \over a} ) = 0 }$, then ${\color{blue} (ax - b) }$ is a factor of ${\color{blue} f(x) }$.
This display helps show how this comes about.
You can drag the red point to help read coordinates.