The nominal interest rate is 14% compounded semiannually. What amount will need to be deposited every six months to be able to have enough money to pay three annuity payments of $10,000 for three years beginning at the end of year​ seven? The deposits begin now and continue every six months until six deposits have been made. The amount to be deposited every six months is ___.

A geometric gradient that increases at f= 5% per year for 15 years is shown in the accompanying diagram. The annual interest rate is 10%. What is the present equivalent value of this gradient? AClick the icon to view the diagram for geometric gradient values. Click the icon to view the interest and annuity table for discrete compounding when i= 5 % per year. Click the icon to view the interest and annuity table for discrete compounding when i= 10% per year. 4... The present equivalent value of the gradient is $ (Round to the nearest dollar.)

Fill in the table below when P= $10,000, S= $2,000 (at the end of four years), and i= 15% per year. What is the equivalent uniform CR? Click the icon to view the interest and annuity table for discrete compounding when the MARR is 15per year. Complete the accompanying table. (Round to the nearest dollar.) Opportunity Cost of Interest (i=15%) $ Year Investment at Beginning of Year $10,000 Loss in Value of Asset During Year $3,000 Capital Recovery Amount for Year

The nominal interest rate is 10​% compounded semiannually. What amount will need to be deposited every six months to be able to have enough money to pay three annuity payments of $10,000 for three years beginning at the end of year​ seven? The deposits begin now and continue every six months until six deposits have been made. The amount to be deposited every six months is ___.