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Question 1 of 8

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The retirement income account is modelled with a periodic cash flow and a change in conditions

\(V_0\) is the initial account balance, before interest or a cash flow. Here \(V_0\)=$64,250. Every cash flow is made at the end of its period, after interest

The stage-one nominal annual rate is 5%, compounded annually. The one-period rate is 5%, so the multiplier is \(R_1=21/20\)

A withdrawal of $5,916.50 is made at the end of each year, after interest

After 3 periods, the regular cash flow changes from $5,916.50 to $4,750.50. The nominal annual rate remains 5%

The stage-two nominal annual rate is 5%, compounded annually. The one-period rate is 5%, so the multiplier is \(R_2=21/20\)

A withdrawal of $4,750.50 is made at the end of each year, after interest

The second stage lasts for 2 years

This is an exact-carry recurrence: keep full precision within and between both stages. Round only each requested displayed result. The model has no fees or other transactions

(a)1 mark

Find the balance immediately before the conditions change, after 3 years. Give the answer to the nearest cent

Format: nearest cent
(b)3 marks

Set up the recurrence for the periods after the change. Use the exact stage-one balance as the starting value; do not feed its displayed rounding into stage two

\[V_{k+j+1}=R_2V_{k+j}+s_2D_2\]
Use exact values in the setup table; fractions are allowed
Stage-two fieldValue
Starting balance V_kexact stage-one balance
Stage-two period multiplier R_2?
Signed stage-two cash flow sD_2?
Number of stage-two periods?
(c)2 marks

Find the balance at the end of the second stage. Give the answer to the nearest cent

Format: nearest cent