Time left 0:14 A company is considering two machines. Machine X has a first cost of $30,000, AOC of $18,000, and S of $7000 after 4 years, Machine Y will cost $50,000 with an AOC of $16,000 and S of $9000 after 6 years. The AW equations for Machine X and Y at 12% interest rates, are Select one: O a. AWX=-30,000(A/P,12%, 12)-18,000 +7,000(A/F, 12%, 12); AWY = -50,000(A/P, 12%, 12)-16,000+ 9,000(A/F,12%, 12) O b. AWX=-30,000(A/P,12%,4) -18,000 +7,000(A/F, 12%, 4); AWY= -50,000(A/P,12%,6)-16,000+ 9,000(A/F,12%,6) OC AWX=-30,000(A/P,12%, 24) -18,000 +7,000(A/F, 12%, 24); AWY -50,000(A/P,12%,24)-16,000+ 9,000(A/F,12%,24) O d. AWX=-30,000(A/P, 12 %, 6) -18,000 +7,000(A/F, 12%,6); AWY -50,000(A/P, 12%, 6)-16,000+ 9,000(A/F,12%,6)
Time left 0:14 A company is considering two machines. Machine X has a first cost of $30,000, AOC of $18,000, and S of $7000 after 4 years, Machine Y will cost $50,000 with an AOC of $16,000 and S of $9000 after 6 years. The AW equations for Machine X and Y at 12% interest rates, are Select one: O a. AWX=-30,000(A/P,12%, 12)-18,000 +7,000(A/F, 12%, 12); AWY = -50,000(A/P, 12%, 12)-16,000+ 9,000(A/F,12%, 12) O b. AWX=-30,000(A/P,12%,4) -18,000 +7,000(A/F, 12%, 4); AWY= -50,000(A/P,12%,6)-16,000+ 9,000(A/F,12%,6) OC AWX=-30,000(A/P,12%, 24) -18,000 +7,000(A/F, 12%, 24); AWY -50,000(A/P,12%,24)-16,000+ 9,000(A/F,12%,24) O d. AWX=-30,000(A/P, 12 %, 6) -18,000 +7,000(A/F, 12%,6); AWY -50,000(A/P, 12%, 6)-16,000+ 9,000(A/F,12%,6)
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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![Time left 0:142
A company is considering two machines. Machine X has a first cost of $30,000, AOC of $18,000, and S of $7000 after 4 years, Machine Y
will cost $50,000 with an AOC of $16,000 and 5 of $9000 after 6 years. The AW equations for Machine X and Y at 12% interest rates, are:
Select one:
O a. AWX=-30,000(A/P,12%, 12)-18,000 +7,000(A/F,12%, 12); AWY-=-50,000(A/P, 12%, 12)-16,000+ 9,000(A/F,12%, 12)
O b. AWX=-30,000(A/P,12%,4) -18,000 +7,000(A/F,12%,4); AWY= -50,000(A/P,12%,6)-16,000+ 9,000(A/F,12%,6)
OC. AWX=-30,000(A/P,12%,24)-18,000 +7,000(A/F, 12%,24); AWY -50,000(A/P, 12%, 24) -16,000+ 9,000(A/F,12%,24)
O d. AWX=-30,000(A/P, 12%,6) -18,000 +7,000(A/F, 12%,6); AWY -50,000(A/P, 12%,6) -16,000+ 9,000(A/F,12%,6)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fddc8264c-05e3-40d7-b306-a152b9c916c5%2F1e62afd3-77b7-4519-9ed6-f8c5dbebe548%2F5ogi3fj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Time left 0:142
A company is considering two machines. Machine X has a first cost of $30,000, AOC of $18,000, and S of $7000 after 4 years, Machine Y
will cost $50,000 with an AOC of $16,000 and 5 of $9000 after 6 years. The AW equations for Machine X and Y at 12% interest rates, are:
Select one:
O a. AWX=-30,000(A/P,12%, 12)-18,000 +7,000(A/F,12%, 12); AWY-=-50,000(A/P, 12%, 12)-16,000+ 9,000(A/F,12%, 12)
O b. AWX=-30,000(A/P,12%,4) -18,000 +7,000(A/F,12%,4); AWY= -50,000(A/P,12%,6)-16,000+ 9,000(A/F,12%,6)
OC. AWX=-30,000(A/P,12%,24)-18,000 +7,000(A/F, 12%,24); AWY -50,000(A/P, 12%, 24) -16,000+ 9,000(A/F,12%,24)
O d. AWX=-30,000(A/P, 12%,6) -18,000 +7,000(A/F, 12%,6); AWY -50,000(A/P, 12%,6) -16,000+ 9,000(A/F,12%,6)
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