Suppose that amount be $ X
At the end of first year, value of the savings = $X(1.08)
At the end of second year, value of the savings= $X(1.08)+ $X(1.08)^2
At the end of third year, value of the savings= $X(1.08)+ $X(1.08)^2+ $X(1.08)^3
At the end of the 24th year (or in the starting of 25th year) value of the saving will be:
X(1.08+1.08^2+1.08^3+..........................................+1.08^24) (Assume it as equation 1)
Now when Kate will be 65, she must be having $90000 per year for the next 20 years.
We know that
present value of annuity= P (1-(1+R)^-N)/R
Here P is $90000
Therefore, Present value of Annuity= 90000(1-(1.08)^-20)/.08
After solving it, we find that Present value of annuity at the time of kate being 65 will be $883629
Now equation 1 should be equal to $883629
X(1.08+1.08^2+1.08^3+1.08^4+..................1.08^24)= 883629
solving for X we will get our solution as $ 12087
please choose one answer Kate is now 40 years old, plans to retire in 25 years,...
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