Solution:
i. If we purchase the machine today, the NPV is
NPV = -1,760,000 + 326,000 (PVIFA @ i, n)
NPV = -1,760,000 + 326,000 (PVIFA @ 13%, 10)
NPV = -1,760,000 + 326,000 [(1.13^10-1)/(0.13*1.13^10)]
NPV = -1,760,000 + 326,000 (5.4262)
NPV = $8,955.37
ii. Year 1
NPV = [-1,649,000 + 326,000 (PVIFA @ 13%, 9)]/1.13
NPV = [-1,649,000 + 326,000 (5.1317)]/1.13
NPV = $21,167.76
Year 2
NPV = [-$1,538,000 + 326,000 (PVIFA @ 13%, 8)]/1.13^2
NPV = [-$1,538,000 + 326,000 (4.7988)]/1.13^2
NPV = $20,674.38
Year 3
NPV = [-$1,427,000 + 326,000 (PVIFA @ 13%, 7)]/1.13^3
NPV = [-$1,427,000 + 326,000 (4.4226)]/1.13^3
NPV = $10,237.04
Year 4
NPV = [-$1,316,000 + 326,000 (PVIFA @ 13%, 6)]/1.13^4
NPV = [-$1,316,000 + 326,000 (3.9978)]/1.13^4
NPV = -$7,849.72
Year 5
NPV = [-$1,205,000 + 326,000 (PVIFA @ 13%, 5)]/1.13^5
NPV = [-$1,205,000 + 326,000 (6.4082)]/1.13^5
NPV = -$31,687.74
Year 6
NPV = [-$1,205,000 + 326,000 (PVIFA @ 13%, 4)]/1.13^6
NPV = [-$1,205,000 + 326,000 (2.9745)]/1.13^6
NPV = -$113,029.68
iii. Yes, you should purchase the machine because NPV is positive.
iv. Machine should be purchased One Year from Now because NPV is highest.
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