Consider the two one-shot investment alternatives in the table below. (Assume the MARR is given as 5 percent.) If you have to do the AW analysis, you will find the AW from the two alternatives first. Then, calculate and answer the "AWALT2 - AWALT1": EOYU utive -101,737 23,657 23,657 23,657 23,657 Ive 190,02843,510 43,510 45000 43,510 +10000143,510 +15000 43,510 +20000 43,510 -25000 43,510 +30000 34,659 Alternative X and Y have lives of 4 and 6 years respectively. Their net cash flow (NCF) and salvage value (SV) profiles are given in the table below. Using the FW analysis with Longest Planning Horizon find the FW of the two alternatives under a given MARR 7 percent. Then, calculate and answer the "FWy - FWx". HALL Alternative X NCF (SR) SV (% of First Cost) -58,128 100% 22,261 50% 22,261 22,261 NCF (SR) -89,010 O Alternative Y SV (9 of First Cost) 100% 80% 60% 35% 10000 20000 30000 40000 50000 Consider the two one-shot investment alternatives in the table below. (Assume the MARR is given as 5 percent.) If you have to do the AW analysis, you will find the AW from the two alternatives first. Then, calculate and answer the "AWALT2 - AWALT1": EOYU utive -101,737 23,657 23,657 23,657 23,657 Ive 190,02843,510 43,510 45000 43,510 +10000143,510 +15000 43,510 +20000 43,510 -25000 43,510 +30000 34,659 Alternative X and Y have lives of 4 and 6 years respectively. Their net cash flow (NCF) and salvage value (SV) profiles are given in the table below. Using the FW analysis with Longest Planning Horizon find the FW of the two alternatives under a given MARR 7 percent. Then, calculate and answer the "FWy - FWx". HALL Alternative X NCF (SR) SV (% of First Cost) -58,128 100% 22,261 50% 22,261 22,261 NCF (SR) -89,010 O Alternative Y SV (9 of First Cost) 100% 80% 60% 35% 10000 20000 30000 40000 50000