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You contribute $1,000 annually to a retirement account for eight years and stop making payments at...

You contribute $1,000 annually to a retirement account for eight years and stop making payments at the age of 25. Your twin brother (or sister . . . whichever applies) opens an account at age 25 and contributes $1,000 a year until retirement at age 65 (40 years). You both earn 10 percent on your investments. How much can each of you withdraw for 20 years (that is, ages 66 through 85) from the retirement accounts? PLEASE PROVIDE INPUTS AND WHAT TO SOLVE FOR IN THE FINANCIAL CALCULATOR DO NOT NEED FORMULAS

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First, future value at the age of 25 of $1,000 contributed for eight years shall be calculated Annual interest rate, RATE NumSecond, considering $11,435.89 as the initial deposit for me and $1,000 as year-end deposit for my sister for next 40 years (from age-26 thru 65), FV shall be For me For my sister 10% 40 $0 $11,435.89 0 Annual interest rate, RATE Number of annuity payment, NPER Annual annuity payments, PMT Initial deposit in the account, PV Interest compounding type, TYPE FV at age 65 of this cashflow/annuity $517,579.78 $442,592.56 [Ref: NOTE-2] NOTE-2: For me: FV at age 65 of this cashflow is calculated using EXCEL FUNCTION FV(rate,nper,pmt,pv,type) where rate-10%; nper-40; pmt=0; pv=-11435.89; type:0; Here, value for pv is negative as it denotes cash inflow; type 0 because interest accrues at the end of each year only For me: FV at age 65 of this annuity is calculated using EXCEL FUNCTION FV(rate,nper,pmt,pv,type) where rate-10%; nper-40, pmt=-1000; pv=0; type-0; Here value for pmt is negative as it denotes cash inflow; type 0 because annuity payments occur at the end of each year only 10% $1,000 [Given] $0 [For me, it is as calculated above] 0-0 if annuity regular (at the end) of each year; 1 if annuity due (at the beginningl of each year For me For my sister 10% 2 Annual interest rate, RATE 3 Number of annuity payment, NPER $0 $11,435.89 1,000 [Given] 5 6 7 Annual annuity payments, PMT Initial deposit in the account, PV Interest compounding type, TYPE FV at age 65 of this cashflow/annuity $0 [For me, it is as calculated abovel 0 0 if annuity regular (at the end) of each year; 1 if annuity due (at the beginning) of each year -N(B2,03,84,-B5B6) -N(C2,C3,-C4,C5,C6) [Ref: NOTE-2]Finally, considering $517,579.78 for me and $442,592.56 for my sister as initial amount available in account and annual possible withdrawal from ages 66 through 85 shall be: For me For my sister 10% 20 $517,579.78 $442,592.56 [As calculated above] Annual Interest rate, RATE # of years of withdrawals, NPER Initial amount available, PV Balance in account at the end, FV Annual withdrawals type, TYPE Annual withdrawal possible NOTE-3: 10% 20 $0 $0 [Because all will be withdrawn over 20 years] 0 0 if withdrawn at the end of each year; 1 if withdrawn at the beginning of each year $60,794.73 $51,986.76 [Ref: NOTE-3] For me: Annual withdrawal possible is calculated using EXCEL FUNCTION PMT(rate,nper,pv,fv,type) where rate-10%; nper-20; pV-517579.78; fv:0; type:0; Here value for pv is input as negative figure because it denotes cash inflow; type 0 as annual withdrawals occur at the end of each year For my siser: Annual withdrawal possible is calculated using EXCEL FUNCTION PMT(rate,nper,pv,fv,type) where rate-10%; nper=20, pV-442592.56; fv=0; type:0; Here, value for pv is input as negative figure because it denotes cash inflow; type-0 as annual withdrawals occur at the end of each year For me 10% 20 $517,579.78 $0 For my sister 2 Annual Interest rate, RATE 3 #Of years of withdrawals, NPER 4 Initial amount available, PV 5 Balance in account at the end, FV 20 $442,592.56 (As calculated above] $0 [Because all will be withdrawn over 20 years] drawals type, TYPE -O if withdrawn at the end of each year; 1 if withdrawn at the beginning of each year 7 Annual withdrawal possible PMT82,83-B4,B5,B6PMTC2,c3,-C4.CS.C6) [Ref: NOTE-3

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