
APR is calculated using the rate function:-
=RATE(nper,pmt,pv,fv)
=RATE(37*12,-420,,2450000)*12
=10.81%
You want to have $2.45 million when you retire in 37 years. You feel that you...
You want to have $3 million when you retire in 38 years. You
feel that you can save $670 per month until you retire. What APR do
you have to earn in order to achieve your goal?
You want to have $2.65 million when you retire in 36 years. You feel that you can save $550 per month until you retire. What APR do you have to earn in order to achieve your goal?
You want to have $3.3 million when you retire in 43 years. You feel that you can save $640 per month until you retire. What APR do you have to earn in order to achieve your goal?
MC algo 5-41 Calculating Annuity Interest Rates You want to have $3 million when you retire in 38 years. You feel that you can save $670 per month until you retire. What APR do you have to earn in order to achieve your goal? Multiple Choice 10.56% 8.77% 10.86% 10.10% 9.50%
You received no credit for this question in the previous atte You want to have $2.4 million when you retire in 36 years. You feel that you can save $420 per month until you retire. What APR do you have to earn in order to achieve your goal?
You feel that you will need $3.9 million in your retirement account and when you reach that amount, you plan to retire. You feel you can earn an APR of 10.3 percent compounded monthly and plan to save $560 per month until you reach your goal. How many years will it be until you reach your goal and retire? Multiple Choice • 34.33 years • 48.36 years • 40.05 years • 36.97 years • 41.90 years
You feel that you will need $3.1 million in your retirement account and when you reach that amount, you plan to retire. You feel you can earn an APR of 10.8 percent compounded monthly and plan to save $440 per month until you reach your goal. How many years will it be until you reach your goal and retire? 38.74 years 48.93 years 40.61 years 35.76 years 33.21 years
You fell that you can retire, if you have the equivalent of $2 million of today’s purchasing power in your retirement account when you retire. Currently, you have $50,000 in this account and you anticipate that your investments will earn an average return of 6% per year (APR with monthly compounding). You expect to inflation to average 2% per year (also APR with monthly compounding). You want to retire exactly 30 years from today. You plan to start putting the...
You want to have $10 million dollars when you retire in 45 years. How much do you have to invest each month if you can earn 13% annual return (compounded monthly) on your investment?
1. You’d like to buy a small ranch when you retire in 37 years. You estimate that in 37 years you’ll need $9 million to do so. If you can earn 1.0% per month, how much will you need to invest each month (for 37 years), starting next month, in order to reach your goal? Round to the nearest cent. 2. Suppose the Dutch Water Authority offered to sell you a perpetuity of $157 per year, every year, forever starting...