Ask Question
9 October, 14:34

You can choose between two purchases: Machine A or Machine B.

Machine A costs $24,000 and has a salvage value of $12,000 after 3 years. Machine B costs $30,000 and has a salvage value of $16,000 after 4 years. You can lease a Machine B equivalent for $6,000 per year, if you initially purchased Machine B. You need a machine for a total of 6 years, and can purchase a new machine in the future at the same price with the same salvage value.

Required:

a) If i is 9% annual rate compounded annually, which machine should be purchased?

+5
Answers (2)
  1. 9 October, 17:02
    0
    The price of machine A is less than that of machine B so the machine A will be bought

    Explanation:

    For the machine A

    Total Duration required=6 years

    Cost of Machine A=$24000

    Operational Time=3 years

    Salvage Value=$12000

    So for the total time of 6 years

    The machine A is to be bought for two times and salvaged for two times thus

    Total Cost of Machine A for 6 years = (Cost of Machine-Salvage Value) * 2

    Total Cost of Machine A for 6 years = ($24000-$12000) * 2

    Total Cost of Machine A for 6 years = ($12000) * 2

    Total Cost of Machine A for 6 years=$24000

    For the machine B

    Total Duration required=6 years

    Cost of Machine B=$30000

    Operational Time=4 years

    Salvage Value=$16000

    So for the total time of 6 years

    The machine B is to be bought for 1st time, the machine is to be salvaged and further the machine B is leased for the next two years at 9% interest compounded annually for $6000 per year

    Total Cost of Machine B for 6 years = (Cost of Machine-Salvage Value) + (Leasing Cost)

    Leasing Cost=First Installment+1st Interest+2nd Installment+2nd Interest

    Leasing Cost=6000+2160+6000+1814=15974

    Total Cost of Machine B for 6 years = (30000-16000) + (15974)

    Total Cost of Machine B for 6 years=$29974

    As the price of machine A is less than that of machine B so the machine A will be bought.
  2. 9 October, 17:11
    0
    Answer: machine A should be purchased since the cost is lower than the cost of machine B

    Explanation:

    Cost - Salvage value / number of years

    Cost = $24,000, salvage value = $12,000, n = 3 years

    24,000 - 12,000 / 3

    = 12,000 : 3

    = 4,000

    The yearly depreciation = $,4000

    Machine B

    Cost = $30,000, Salvage value = $16,000, n = 4 years

    30,000 - 16,000 / 4

    = 14,000 : 4

    = 3,500

    The yearly depreciation = $3,500

    Since machine B can be lease for $6,000 per year

    6,000 * 4 = 24,000

    To determine which machine to be purchased

    . Amount = P (1 + r / 100) ∧n

    Machine A principal = $4,000, r = 9 : 100 = 0.09, n = 6

    4,000 (1 + 0.09) ∧6

    4,000 (1.677100110841)

    = 6,708.40 - 4,000

    = 2,708.4

    Machine B principal $3,500, r = 0.09, n = 6

    3,500 (1 + 0.09) ∧6

    = 5,869.85 - 3,500

    = 2,369.85

    Amount + the amount earned from the lease of machine B

    = 2,369.85 + 24,000

    = 26,369.85

    The machine A should be purchased, since machine B was initially purchased and the price is higher than machine A and since new machine can be purchased in the future at the same salvage value.
Know the Answer?
Not Sure About the Answer?
Find an answer to your question ✅ “You can choose between two purchases: Machine A or Machine B. Machine A costs $24,000 and has a salvage value of $12,000 after 3 years. ...” in 📘 Business if you're in doubt about the correctness of the answers or there's no answer, then try to use the smart search and find answers to the similar questions.
Search for Other Answers