(a) Mr. Andoh has a savings account with first deposit of GH ¢1200 and afterwards deposits GH ¢56 a week. Compute the value of the account at time t> 0 assuming the bank pays 8%. interest compounded without a pause. (b) Solve the initial value Problem N = T(N – N²) N(0)= No, where T, q are positive. Hence or otherwise, find the solution of the Verhulst mode when t → ∞ (c) Find the Wronskian of a given set {y1, Y2} of solutions of (1 – x?)y" – 2xy' + a(a + 1)y = 0 when W (0) = 1

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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(a) Mr. Andoh has a savings account with first deposit of GH ¢1200 and
afterwards deposits GH ¢56 a week. Compute the value of the account at time
t> 0 assuming the bank pays 8%. interest compounded without a pause.
(b) Solve the initial value Problem N = T(N – N²) N(0)= No, where
T, q are positive. Hence or otherwise, find the solution of the Verhulst mode
when t → ∞
(c) Find the Wronskian of a given set {y1, Y2} of solutions of
(1 – x?)y" – 2xy' + a(a + 1)y = 0 when W (0) = 1
Transcribed Image Text:(a) Mr. Andoh has a savings account with first deposit of GH ¢1200 and afterwards deposits GH ¢56 a week. Compute the value of the account at time t> 0 assuming the bank pays 8%. interest compounded without a pause. (b) Solve the initial value Problem N = T(N – N²) N(0)= No, where T, q are positive. Hence or otherwise, find the solution of the Verhulst mode when t → ∞ (c) Find the Wronskian of a given set {y1, Y2} of solutions of (1 – x?)y" – 2xy' + a(a + 1)y = 0 when W (0) = 1
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