Write the notation, but do not solve the following calculations: a. The future worth of $3500 in 8 years, with a monthly compounded interest rate of 12% b. The present worth of $1230 from 10 years future, with an annual compounded rate of 0.5% c. The future worth of a series of $50 monthly deposits over 2 years, with a monthly interest rate of 1.23% d. The amount you can withdraw from your account each month for a year if you put in $5000 initially, with a monthly-compounding interest rate of 2.58% e. The number of years needed to generate $1500 from a $100 deposit, with 3% interest, compounded monthly Write the notation, but do not solve the following calculations: a. The future worth of $3500 in 8 years, with a monthly compounded interest rate of 12% b. The present worth of $1230 from 10 years future, with an annual compounded rate of 0.5% c. The future worth of a series of $50 monthly deposits over 2 years, with a monthly interest rate of 1.23% d. The amount you can withdraw from your account each month for a year if you put in $5000 initially, with a monthly-compounding interest rate of 2.58% e. The number of years needed to generate $1500 from a $100 deposit, with 3% interest, compounded monthly