Sum of saving after 25 years:
9.500∗(1+0.144)∗((1+0.144)25∗4−1)(1+0.144)−1=8,481,629.119.500*\frac{(1+\frac{0.14}{4})*((1+\frac{0.14}{4})^{25*4}-1)}{(1+\frac{0.14}{4})-1}=8,481,629.119.500∗(1+40.14)−1(1+40.14)∗((1+40.14)25∗4−1)=8,481,629.11
He needs:
15,000,000+10,000,000−8,481,629.11=16,518,370.8915,000,000+10,000,000-8,481,629.11=16,518,370.8915,000,000+10,000,000−8,481,629.11=16,518,370.89
He needs to withdraw ever year:
16,518,370.89=P∗1.08∗(1.0825−1)0.0816,518,370.89=P*\frac{1.08*(1.08^{25}-1)}{0.08}16,518,370.89=P∗0.081.08∗(1.0825−1)
P=209,214.02P=209,214.02P=209,214.02
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