Anna deposits at the beginning of every month of P1,500 into an annuity for 6 years. If she wishes to accumulate P200,000 after 10 years, what interest rate compounded monthly will be required to do this? Use process of interpolation, assume values of i equals 5% to 15%.
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- At the end of each of the past 14 years, Vanessa deposited $450 in an account that earned 8% compounded annually. How much is in the account today? How much would be in the account if the deposits were made at the beginning of each year (PMT Type) than at the end of each year? (Use Future Value of an Annuity) Suppose your opportunity cost (interest rate/year) is 11% compounded annually. How much must you deposit in an account today if you want to pay yourself $230 at the end of each of the next 15 years? How much must you deposit if you want to pay yourself $230 at the beginning of each of the next 15 years? Bruce invested $1,250 (present value - enter as a negative number) 10 years ago. Today, the investment is worth $3,550 (future value). If interest is compounded annually, what annual rate of return did Bruce earn on his investment? (Use Solving for r - Rate of Return- on a Lump Sum) Mario wants to take a trip that costs $4,750 (future value), but currently he only has $2,260…PLEASE ANSWER IT ASAP FOR AN UPVOTE. I NEED IT NOW. 3. Karen deposits P100 at the beginning of each month into an annuity that pays a 6% annual interest at the end of each year. How much will she have in this account at the end of 5 years? (A perpetuity of $1 each year, with the first payment due immediately, has a present value of $25 at an annual effective rate of i%. The owner exchanges it for another perpetuity with the first payment due immediately and subsequent payments due at two year intervals. What should the payment of the second perpetuity be, in order to keep the same interest rate, i%, and the same present value? A B с D E Less than $1.90 At least $1.90, but less than $1.94 At least $1.94, but less than $1.98 At least $1.98, but less than $2.02 $2.02 or more
- Amy purchases an annuity that will give her payments of R at the end of each quarter for seven years. She will receive the first of these payments in 1.5 years. If Amy paid $50,000 for this annuity and will earn a nominal rate of interest of 6% compounded quarterly,(a) write the equation of value (using the appropriate actuarial notation) for this annuity at the time of purchase. Be sure to indicate the effective rate per payment period being used.(b) find the value of R.A perpetuity will pay $800 per year, starting five years after the perpetuity is purchased. What is the present value (PV) of this perpetuity on the date that it is purchased, given that the interest rate is 3%?Find the amount accumulated FV in the given annuity account. (Assume end-of-period deposits and compounding at the same intervals as deposits. Round your answer to the nearest cent.) $170 deposited monthly for 20 years at 3% per year in an account containing $11,000 at the start Find the periodic payments PMT necessary to accumulate the given amount in an annuity account. (Assume end-of-period deposits and compounding at the same intervals as deposits. Round your answer to the nearest cent.) $90,000 in a fund paying 6% per year, with monthly payments for 5 years
- Mae expects to receive $1,000 at the end of each of the next three years. She will deposit these payments into an account which pays 10%, compounded semi-annually. How much will be the future value of these payments, that is, the value at the end of the third year? a. $7,986.00 b. $3,318.01 c. $3,993.00 d. $665.50Find the future value of the following annuity due. Then determine how much of this value is from contributions and how much is from interest $300 deposited at the beginning of each quarter for 13 years at 8.96% compounded quarterly The account will have a total of Safter 13 years. (Round to the nearest cent as needed.) How much of this is from contributions? $ (Round to the nearest cent as needed.) How much of this is from interest? $ (Round to the nearest cent as needed)Suppose a friend tells you about an annuity that pays 6% annual interest, compounded semi-annually. You invest in the annuity contributing $10,000 semiannually for 6 years. What is the value of the annuity after your last investment? Enter your answer rounded to the nearest hundred dollars and omit the dollar sign and comma (For example, $42,570.21should be entered as 42600.)
- Lidia deposits $700 at the END of each year for 8 years in a savings account. The account pays 12% interest, compounded annually. Lidia calculates that the future value of the ordinary annuity is $8,609.79. What would be the future value if deposits are made at the BEGINNING of each period rather than the END? A. $7,062.31 B. $8,609.79 C. $9,642.96 D. $10,342.96Find the amount accumulated FV in the given annuity account. (Assume end-of-period deposits and compounding at the same intervals as deposits. Round your answer to the nearest cent.) $500 is deposited monthly for 10 years at 4% per year in an account containing $5,000 at the startMr. Ramos savings allow her to withdraw 50,000 semi-annually for 8 years starting at the end of 6 years. How much is Mr. Ramos's savings if the interest rate is 3% converted semi-annually? Round off your answer in two decimal places.