interest annually. How much money will be in your account 4.0 years from today? (1.5 points) $52,3 Q2) What is the value today of single payment of $137,570.00, 14.0 years from today if the value is discounted at a rate of 7.27% ? (1.5 points) Q3) How many years would it take an investment of $797.00 to grow to $2,807.00 at an annual rate of return of 23.98% ? (1.5 points) (4) How much money would you need to deposit today at 11.79% annual interest compounded monthly to have $18,818.00 in the account after 6.0 years? (1.5 points) Q5) If you deposit $118.00 into an account paying 18.33% annual interest compounded quarterly, how many years until there is $25,745.00 in the account? (1.5 points) Q6) If you deposit $72,266.00 at 14.83% annual interest compounded quarterly, how much money will be in the account after 12.0 years? (1.5 points) @7) If you deposit $1,050.00 into an account paying 15.24% annual interest compounded monthly, how many years until there is $13,755.00 in the account? (1.5 points) QB) What is the value today of receiving a single payment of $86,986.00 in 28.0 years if your required rate of return on this investment is 14.43% compounded semi-annually? (1.5 points) Q9) If you deposit $582.00 at 10.14% annual interest compounded daily, how much money will be in the account after 18.0 years? (Assume that there are 364 days in a year and show your answer to the nearest cent) (1.5 points) 23 24 Q10) Suppose you deposit $820.00 today. $381.00 in one year, and $341.00 in two years in an account that pays an annual rate of interest of 7.45%. How much money will be in the account after three years? (1.5 points) 25 26 Q11) Prepare the first row of a loan amortization schedule based on the following Information. The loan amount is for $44.460.00 with an annual interest rate of 4.81%. The loan will be repaid over 40 years with monthly