Use Present Worth Analysis, to calcualte the present value at Time 0 of Alternative A, B and C, over LCM years with the information below (All PV's shown in the answers are negative numbers): B First Cost (-) 5,000 8,000 11,000 Cost per year (-) 4,200 3,500 3,200 Salvage Value (+) 1,000 2,000 3,000 Life (years) 3 4 6 Annual Interet Rate 12% Problem No. 1 Present Value for Alternative A is closest to which of the answers below: a. 35,886 b. 38,210 C. 37,076 d. 38,256 Problem No. 2 Present Value for Alternative B is closest to which of the answers below: a. 37,457 b. 36,350 c. 35,870 d. 38,364 Problem No. 3 Present Value for Alternative C is closest to which of the answers below: a. 38,180 b. 40,564 c. 38,695 d, 36,928 Use Present Worth Analysis, to calcualte the present value at Time 0 of Alternative A, B and C, over LCM years with the information below (All PV's shown in the answers are negative numbers): B First Cost (-) 5,000 8,000 11,000 Cost per year (-) 4,200 3,500 3,200 Salvage Value (+) 1,000 2,000 3,000 Life (years) 3 4 6 Annual Interet Rate 12% Problem No. 1 Present Value for Alternative A is closest to which of the answers below: a. 35,886 b. 38,210 C. 37,076 d. 38,256 Problem No. 2 Present Value for Alternative B is closest to which of the answers below: a. 37,457 b. 36,350 c. 35,870 d. 38,364 Problem No. 3 Present Value for Alternative C is closest to which of the answers below: a. 38,180 b. 40,564 c. 38,695 d, 36,928