At the time of her grandson's birth, a grandmother deposits $9000 in an account that pays 8% compounded monthly. What will be the value of the account at the child's twenty-first birthday, assuming that no other deposits or withdrawals are made during this period? Click the icon to view some finance formulas. The value of the account will be $ (Round to the nearest dollar as needed.)

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 person deposits $2000 every year into an account which has an interest rate of 2.5% annually. If this person made their first deposit on August 1, 2000 and plans to make their last on August 1, 2029. How much will be in the account on August 1, 2030?

A couple plans to save for their child's college education. What principal must be deposited by the parents when their child is born in order to have 39,000$ When the child reaches the age of 18? Assume the money earns 7% interest, compounded quarterly.?round your answer to two decimal places.

When you were born, your dear old Aunt Minnie promised to deposit $1,000 into a savings account bearing a 5% compounded annual rate on each birthday, beginning with your first. You have just turned 22 and want the dough. However, it turns out that dear old (forgetful) aunt Minnie made no deposits on your third, fifth, and eleventh birthdays. How much is in the account right now?

The parents of a newborn decide to make deposits into an educational savingsaccount on each of their daughter's birthdays, starting with her first birthday.Assume that the educational savings account will return a constant 5.5% per year.The parents plan to deposit $2 200 on every of their daughter's future birthdays.How much money could they alternatively deposit on their daughter's birth date(today) to have the same amount available on her 18th birthday?

A student wants to save for her retirement. At the end of every year, she deposits 475 in a brokerage account with an expected annual return of 4.3%. How much money will she have in the account in 30 years? Enter your answer as a number with 2 places of precision (i.e. 1.23). Do not include dollar signs or commas.

Use the appropriate formula located on Illustration 10-1 on page 209 to solve the problem. Bob deposits $5000 at the end of each 6 months for 14 years in an account paying 6% interest compounded semiannually A) Find the amount he will have on deposit at maturity. B) How much interest did Bob earn? Hint: Find the total amount that was deposited by multiplying the total number deposits with amount of each deposit and then subtracting this from the future value. Show the use of the appropriate formulas for each part by indicating the evaluation of the formula with information and provide the answers. Be sure to parts using the provided letters and organize your work neatly.

A couple plans to save for their child's college education. What principal must be deposited by the parents when their child is born in order to have $41,000 when the child reaches the age of 18? Assume the money earns 7% interest, compounded quarterly. (Round your answer to two decimal places.)$ ??

Slick Sam has a special relationship with his banker. The nature of the relationship is as follows: • The bank owes Sam $100 per year forever. The 1st payment is due in 1 year. • The bank will borrow or lend money to Sam at a constant effective rate of i per year. Today, Sam calculated the present value of the payments that are due to him as X. Sam can receive his first 16 payments at the end of year 16 in a lump sum. If he does that, then the total value of the lump sum and future payments at the end of the sixteenth year is X + 2,000. Calculate X. A B с D E 3,330 3,350 3,400 3,450 3,500