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Further Maths · Edexcel 9FM0 · Paper 4A: Further Pure Mathematics 2 · June 2019

Edexcel A Level Further Maths Paper 4A: Further Pure Mathematics 2 June 2019 question paper 9FM0/4A

1h 30m 75 marks

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Edexcel 9FM0 · Paper 4A

8 questions
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Question 2

The matrix A is given by

(a)

Show that 2 is a repeated eigenvalue of A and find the other eigenvalue.

(5)

Answer
Mark scheme for question 2(a)
(b)

Hence find three non-parallel eigenvectors of A.

(4)

Answer
Mark scheme for question 2(b)
(c)

Find a matrix P such that Pmaths symbolAP is a diagonal matrix.

(2)

Answer
Mark scheme for question 2(c)

Question 3

The number of visits to a website, in any particular month, is modelled as the number of visits received in the previous month plus k times the number of visits received in the month before that, where k is a positive constant.

Given that Vn is the number of visits to the website in month n,

(a)

write down a general recurrence relation for Vn+ 2 in terms of Vn+ 1, Vn and k.

(1)

(b)

For a particular website you are given that

• kmaths symbol

• In month 1, there were 65 visits to the website.

• In month 2, there were 71 visits to the website.

Show that

(5)

(c)

This model predicts that the number of visits to this website will exceed one million for the first time in month N.

Find the value of N.

(2)

Question 4

(i)

Use Fermat’s Little Theorem to find the least positive residue of 6maths symbol modulo 13

(5)

Answer
Mark scheme for question 4(i)
(ii)

Seven students, Alan, Brenda, Charles, Devindra, Enid, Felix and Graham, are attending a concert and will sit in a particular row of 7 seats. Find the number of ways they can be seated if

(ii)(a)

there are no restrictions where they sit in the row,

(1)

Answer
Mark scheme for question 4(ii)(a)
(ii)(b)

Alan, Enid, Felix and Graham sit together,

(2)

Answer
Mark scheme for question 4(ii)(b)
(ii)(c)

Brenda sits at one end of the row and Graham sits at the other end of the row,

(2)

Answer
Mark scheme for question 4(ii)(c)
(ii)(d)

Charles and Devindra do not sit together.

(2)

Answer
Mark scheme for question 4(ii)(d)

Question 5

Question 5, shown as an image
(a)

Prove that, for n ≥ 2

Question 5, shown as an image

(4)

Answer
Mark scheme for question 5(a)
(b)

Hence show that

Question 5, shown as an image

(4)

Answer
Mark scheme for question 5(b)

Question 6

(i)

A binary operation * is defined on positive real numbers by

a * b = a + b + ab

Prove that the operation * is associative.

(4)

Answer
Mark scheme for question 6(i)
(ii)

The set G = {1, 2, 3, 4, 5, 6} forms a group under the operation of multiplication modulo 7

(ii)(a)

Show that G is cyclic.

(2)

Answer
Mark scheme for question 6(ii)(a)
(ii)(b)

The set H = {1, 5, 7, 11, 13, 17} forms a group under the operation of multiplication modulo 18

List all the subgroups of H.

(3)

Answer
Mark scheme for question 6(ii)(b)
(ii)(c)

Describe an isomorphism between G and H.

(3)

Answer
Mark scheme for question 6(ii)(c)

Question 7

A transformation from the z-plane to the w-plane is given by

(a)

Show that the circle C with equation | z + i | = 1 in the z-plane is mapped to a circle D in the w-plane, giving a Cartesian equation for D.

(4)

Answer
Mark scheme for question 7(a)
(b)

Sketch C and D on Argand diagrams.

(2)

Answer
Mark scheme for question 7(b)

Question 8

Figure for question 8

Figure 1 shows the vertical cross section of a child’s spinning top. The point A is vertically above the point B and the height of the spinning top is 5 cm.

The line CD is perpendicular to AB such that CD is the maximum width of the spinning top.

The spinning top is modelled as the solid of revolution created when part of the curve with polar equation

Question 8, shown as an image

LV maths symbol URWDWHG maths symbol WKURXJK maths symbol maths symbol maths symbol maths symbol UDGLDQV maths symbol DERXW maths symbol WKH maths symbol LQLWLDO maths symbol OLQH maths symbol

(a)

Show that, according to the model, the surface area of the spinning top is

Question 8, shown as an image

where k is a constant to be determined.

(7)

Answer
Mark scheme for question 8(a)
(b)
Question 8, shown as an image

(6)

Answer
Mark scheme for question 8(b)

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