Drapers' Bank offers loans and deposits with interest rate 5% compounded monthly.
(a)
If you deposit £5,000 in a Drapers' Bank account, how much money will be in your account 4 years from now? Enter your answer correct to the
nearest pound.
Answer:
(b) What is the effective interest rate of a Drapers' Bank account? Enter your answer as a percentage correct to 3 significant digits.
Answer:
(c)
Drapers' Bank gives you a loan of £60,000 to start a new company under the condition that you pay back the loan in monthly instalments of EC to
be paid at the end of each month over the next 5 years, starting at the end of this month. Determine the value of C and enter it correct to the nearest pound.
Answer:
most 2, and let
Let P2 denote the vector space of polynomials of degree at
D: P2➡ P2
be the transformation that sends a polynomial p(t) = at² + bt+c in P2 to its derivative
p'(t)
2at+b, that is,
D(p) = p'.
(a) Prove that D is a linear transformation.
(b) Find a basis for the kernel ker(D) of the linear transformation D and compute its
nullity.
(c) Find a basis for the image im(D) of the linear transformation D and compute its
rank.
(d) Verify that the Rank-Nullity Theorem holds for the linear transformation D.
(e) Find the matrix representation of D in the standard basis (1,t, t2) of P2.
The Mason group has a liability of £200,000 to be paid in 14 years' time. It wants to Redington immunise these liabilities with assets consisting of amount P in
a bank and Q 18-year zero coupon bonds, with P and Q to be determined. Interest is compounded monthly at rate 8%.
(a)
Answer:
What is the present value of the liability? Enter your answer correct to the nearest pound.
(b) What is the duration of the liability? Enter your answer correct to 3 significant digits.
Answer:
(c) What is the convexity of the liability? Enter your answer correct to 3 significant digits.
Answer:
(d)
Write down the two equations that P and Q need to satisfy for Redington immunisation to hold and solve these equations for P and Q. Enter the
answers correct to the nearest pound.
Answers: P=
Q=
(e) What is the convexity of the assets in this case? Enter your answer correct to 3 significant digits.
Answer:
(f)
Is the convexity condition that is necessary for Redington immunisation satisfied in this case?…
University Calculus: Early Transcendentals (4th Edition)
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