Take Quiz We want to use Table 4 to calculate what would be the Present Value today of a series of payments of $5,000 (an annuity), at the end of the next 3 years, assuming the interest rate is 6%. From Table 4 the Present Value of an Annuity Factor we will be using is Answer to 4 decimal places. No units. Based on the Present Value of an Annuity Factor identified above, the Present Value today of a series of payments of $5,000 (an annuity), at the end of the next 3 years, assuming the interest rate is 6% is $ Answer to one decimal place. No units. D Question 8 10 pts We want to use Table 4 to calculate what would be the Present Value today of a series of payments of $200 (an annuity), at the end of the next 50 years, assuming the interest rate is 10%. From Table 4 the Present Value of an Annuity Factor we will be using is Answer to 4 decimal places. No units. Based on the Present Value of an Annuity Factor identified above, the Present Value today of a series of payments of $200 (an annuity), at the end of the next 50 years, assuming the interest rate is 10% is $ Answer to one decimal place. No units. D Question 9 20 pts Use the Formula to calculate what would be the Present Value today of a series if uneven payments at the end of the next 3 years. At the end of Year 1 $2,000. At the end of Year 2 $500. At the end of Year 3 of $6,000. Assume the interest rate is 4%. Year 1 PV $ Answer to one decimal place. No units. Year 2 PV $ Answer to one decimal place. No units. Year 3 PV $ Answer to one decimal place. No units. Total of 3 Years PV $ Just add all your previous one decimal place