3. Consider a bank account containing ao = the rate of 2% at the end of every month. Suppose that at the end of every month we contribute $5 to the account. - 20 dollars initially, which accrues interest at (a) Model this situation as a linear discrete equation of the form a, = ran-1 + b, n21 and integer. (b) Find the equilibrium value of the model equation. (c) Determine whether the equilibrium value is stable or unstable. (d) Solve for a,n the equation from (a) in terms of n.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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3. Consider a bank account containing ao = 20 dollars initially, which accrues interest at
the rate of 2% at the end of every month. Suppose that at the end of every month we
contribute $5 to the account.
%3!
(a) Model this situation as a linear discrete equation of the form an = ran-1 + b,
n21 and integer.
(b) Find the equilibrium value of the model equation.
(c) Determine whether the equilibrium value is stable or unstable.
(d) Solve for a, the equation from (a) in terms of n.
Transcribed Image Text:3. Consider a bank account containing ao = 20 dollars initially, which accrues interest at the rate of 2% at the end of every month. Suppose that at the end of every month we contribute $5 to the account. %3! (a) Model this situation as a linear discrete equation of the form an = ran-1 + b, n21 and integer. (b) Find the equilibrium value of the model equation. (c) Determine whether the equilibrium value is stable or unstable. (d) Solve for a, the equation from (a) in terms of n.
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