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Maclaurin and Taylor series: Edexcel International A Level Further Maths questions

Every Edexcel International A Level Further Maths exam question on FP2.6 Maclaurin and Taylor series, 2019–2025, with its mark scheme and examiner’s report.

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1,041 questions

  1. Q2

    June 2025 · Further Pure 2 (FP2)

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  2. Q3

    June 2025 (A) · Further Pure 2 (FP2)

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  3. Q3

    January 2025 · Further Pure 2 (FP2)

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  4. Q2

    June 2024 · Further Pure 2 (FP2)

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  5. Q7

    June 2024 · Further Pure 2 (FP2)

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  6. Q4

    January 2024 · Further Pure 2 (FP2)

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  7. Q6

    June 2023 · Further Pure 2 (FP2)

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  8. Q1

    January 2023 · Further Pure 2 (FP2)

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  9. Q4

    January 2023 · Further Pure 2 (FP2)

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  10. Q5

    June 2022 · Further Pure 2 (FP2)

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  11. Q5

    January 2022 · Further Pure 2 (FP2)

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  12. Q5

    October 2021 · Further Pure 2 (FP2)

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  13. Q4

    June 2021 · Further Pure 2 (FP2)

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  14. Q5

    January 2021 · Further Pure 2 (FP2)

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  15. Q1

    October 2020 · Further Pure 2 (FP2)

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All 15 questions on Maclaurin and Taylor series, as a list
  1. June 2025, Further Pure 2 (FP2), Q2 (5 marks): d d d d e 2 2 2 2 9 4 5 y x y x y x Given that y = 2 and d d y x = –1 at x = 3 , determine a Taylor series for y in ascending powers of (x – 3) , up to and incl
  2. June 2025 (A), Further Pure 2 (FP2), Q3 (8 marks): In this question you must show all stages of your working. Solutions relying entirely on calculator technology are not acceptable. Given that when y = arcsin 2x
  3. January 2025, Further Pure 2 (FP2), Q3 (8 marks): 2 2 d d 6 0 2 d d y y y xy x x x Given that d 3 d y x and y = 1 2 at x = 2 (a) determine the value of d d 3 3 y x at x = 2 (b) Hence determine the series expans
  4. June 2024, Further Pure 2 (FP2), Q2 (7 marks): x y x y d d 3 4 (a) Show that x y x ay y x by c y x d d d d d d 3 3 2 2 2 2       where a, b and c are integers to be determined. Given that y = 1 at x =
  5. June 2024, Further Pure 2 (FP2), Q7 (7 marks): Given that y = e x sin x (a) show that d d d d 6 6 2 2 y x k y x = where k is a constant to be determined. (b) Hence determine the first 5 non‑zero terms in the
  6. January 2024, Further Pure 2 (FP2), Q4 (9 marks): In this question you must show all stages of your working. Solutions relying entirely on calculator technology are not acceptable. (a) Determine, in ascending p
  7. June 2023, Further Pure 2 (FP2), Q6 (9 marks): Given that y = sec x (a) show that d d 3 3 2 y x x x p x q sec tan sec where p and q are integers to be determined. (b) Hence determine the Taylor series expans
  8. January 2023, Further Pure 2 (FP2), Q1 (8 marks): Given that y = ln(5 + 3x) (a) determine, in simplest form, d d 3 3 y x (b) Hence determine the Maclaurin series expansion of ln(5 + 3x), in ascending powers of
  9. January 2023, Further Pure 2 (FP2), Q4 (7 marks): d d y x y x = − 2 (a) Show that d d d d d d d d 4 4 3 3 2 2 y x Ay y x B y x y x = + where A and B are integers to be determined. Given that y = 1 at x = –1 (b)
  10. June 2022, Further Pure 2 (FP2), Q5 (8 marks): Given that y y x y x y d d d d 2 2 2 2 2 0 +     − = y > 0 (a) determine d d 3 3 y x in terms of d d 2 2 y x , d d y x and y Given that y = 2 and d d y x
  11. January 2022, Further Pure 2 (FP2), Q5 (8 marks): y = 4 + ln x x > 1 2 (a) Show that d d 2 2 2 3 2 9 2 4 4 y x x x x = − + + ln ( ln ) (b) Hence, or otherwise, determine the Taylor series expansion about x = 1
  12. October 2021, Further Pure 2 (FP2), Q5 (8 marks): Given that y = tan2 x (a) show that d d 3y x3 = 8 tan x sec2 x (p sec2 x + q) where p and q are integers to be determined. (b) Hence determine the Taylor series
  13. June 2021, Further Pure 2 (FP2), Q4 (9 marks): Given that y y x y x y d d d d 2 2 2 4 3 0 −     + = (a) show that d d d d d d 3 3 2 3 28 24 y x y y x y y x =    −     Given also that y = 8
  14. January 2021, Further Pure 2 (FP2), Q5 (9 marks): Given that 2 5 3 2 2 2 2 − ( ) +     = x y x x y x y d d d d (a) show that d d d d d d d d d d 3 3 2 2 2 2 1 2 2 1 5 5 3 y x x x y x y x y x y x = − ( ) −
  15. October 2020, Further Pure 2 (FP2), Q1 (7 marks): d d 2 2 y x + 3x d d y x = 2 cos x (a) Express d d 3y x3 in terms of x, d d y x and d d 2 2 y x At x = 0 , y = 2 and d d y x = 5 (b) Determine the value of d d

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