The following table shows the present values of $1000 at the end of year specified in the column. The discount rates are shown in the row. Discount rate, 2% 3% 4% 5% 6% #Years 1 980.39 970.87 961.54 952.38 943.40 2 961.17 942.60 924.56 907.03 890.00 5 905.73 862.61 821.93 783.53 747.26 10 820.35 744.09 B 613.91 558.39 20 672.97 553.68 456.39 C 311.80 50 371.53 228.11 140.7187.20 54.29 What should be the value of Bin the table above? (Hint: You do not need a calculator to solve this problem.). 610.35 376.89 712.22 675.56 Question 9 2 pts In a lump-sum future value problem, the future value factor is always 1. given that the interest rate is less than; positive O greater than; zero O equal to; positive less than; zero greater than; positive Question 10 2 pts In a lump-sum present value problem, the present value factor is always 1, given that the discount rate is greater than positive less than; negative less than: positive equal to: positive less than: negative