PW of a machine = -First cost - annual cost for n years discounted at MARR + salvage value discounted for n years
Present worth of Machine A:
Present worth of Machine A: -50,240.1142
Present worth of Machine B:
Present worth of Machine B: -53,309.19456
Present worth of Machine C:
Present worth of Machine C: -16,115.7024
Machine C should be selected because it has the highest present worth of all 3 machines.
PW of a machine = -First cost - annual cost for n years discounted at MARR + salvage value discounted for n years
Present worth of Machine A:
Present worth of Machine A: -50,240.1142
Present worth of Machine B:
Present worth of Machine B: -53,309.19456
Present worth of Machine C:
Present worth of Machine C: -16,115.7024
Machine C should be selected because it has the highest present worth of all 3 machines.
QUESTION 3 10 points For the below Me alternatives, which machine should be selected based on...
QUESTION 3For the below ME alternatives, which machine should be selected based on the AW analysis. MARR=10%Machine AMachine BMachine CFirst cost, $26,5383000010000Annual cost, $/year8,0606,0004,000Salvage value, $4,0005,0001,000Life, years362Answer the below questions:A- AW for machine A=QUESTION 4For the below ME alternatives, which machine should be selected based on the AW analysis. MARR=10%Machine AMachine BMachine CFirst cost, $1500021,66710000Annual cost, $/year8,8706,0004,000Salvage value, $4,0005,0001,000Life, years362Answer the below questions:B- AW for machine B=
For the below ME alternatives, which machine should be selected based on the PW analysis. MARR=10%.Machine AMachine BMachine CFirst cost, $ 15000 30000 10,360Annual cost, $/year 8,320 6,000 4,000Salvage value, $ 4,000 5,000 1,000Life, years 362Answer the below questions :C- PW for machine C =
For the below Me alternatives, which machine should be selected based on the future worth analysis. MARR-10% First costs Annual cost, s/year Salvage value, $ Life, years Machine A Machine B 15000 36,202 10000 4,808 4,000 5,000 Machine C 10000 4,000 1,000 Answer the below questions: B. Future worth for machine B, FW B-
For the below ME alternatives , which machine should be selected based on the PW analysis. MARR=10%Machine AMachine BMachine CFirst cost, $ 24,425 30000 10000Annual cost, $/year 8,323 6,000 4,000Salvage value, $ 4,000 5,000 1,000Life, years 362Answer the below questions :A- PW for machine A=
For the below ME alternatives , which machine should be selected based on the PW analysis. MARR=10%Machine AMachine BMachine CFirst cost, $ 27,272 30000 10000Annual cost, $/year 9,401 6,000 4,000Salvage value, $ 4,000 5,000 1,000Life, years 362Answer the below questions :A- PW for machine A=
For the below ME alternatives , which machine should be selected based on the PW analysis. MARR=10%.Machine AMachine BMachine CFirst cost, $ 15000 30000 10,423Annual cost, $/year 12,340 6,000 4,000Salvage value, $ 4,000 5,000 1,000Life, years 362Answer the below questions :C- PW for machine C =
or the below ME alternatives , which machine should be selected based on the PW analysis. MARR=10%Machine AMachine BMachine CFirst cost, $ 15000 27,898 10000Annual cost, $/year 8,415 6,000 4,000Salvage value, $ 4,000 5,000 1,000Life, years 362Answer the below questions :B- PW for machine B=
Determine whether either of the alternatives below should be selected. Use an MARR of 15% per year. Incremental Rate of Return Analysis must be used. (PLEASE DO NOT USE EXCEL). First Cost Annual Operating Cost Annual Repair Cost Annual Increase in Repair Cost Salvage Value Life (years) Project A -$60,000 -$15,000 -$5,000 -$1,000 $8,000 15 Project B -$90,000 -$8,000 -$2,000 -$1,500 $12,000 15
1. Which alternative of the three alternatives below should be selected if the MARR = 6%? Use the following to compare projects: PW analysis B/C ratio for each project Incremental B/C ratio assessment IRR for each project over its respective service life Incremental IRR using the same (a common) number of years for each project Are any of the projects acceptable? Are any not acceptable? Which project would you recommend and why? Alternatives: A B C First Cost $800 $300 ...
Which alternative of the three alternatives below should be selected if the MARR = 6%? Use the following to compare projects: a. PW analysis b. B/C ratio for each project c. Incremental B/C ratio assessment (define Defender and Challenger in each analysis) d. IRR for each project over its respective service life e. Incremental IRR using the same (a common) number of years for each project Are any of the projects acceptable? Are any not acceptable? Which project would you...