Answer:
useful life= 12 years
Explanation:
Giving the following information:
Purchase price= $140,000
Salvage value= $20,000
Annual depreciation= $10,000
<u>To calculate the useful life, we need to use the straight-line method formula:</u>
Annual depreciation= (original cost - salvage value)/estimated life (years)
10,000= (140,00 - 20,000) / useful life
10,000useful life = 120,000
useful life= 120,000 / 10,000
useful life= 12 years
Answer:
Is irrelevant in decision making
Explanation:
Since the suck cost is the cost that no longer is recovered so it should not be a factor to consider when making a decision. For example, you have bought a cinema ticket for this evening, but it is heavily rainy so you may get sick if you go to the cinema. The fact that you have paid for this ticket should not consider whether to go or stay home since you can not get this amount of money no matter what happens.
Field-level briefings
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The euro is the common currency across Europe.
<span>20% is the maximum speed up possible for this program.
For this problem, let's assign the time of 1 for the task when using a single processor. Now let's assume that we have an infinite number of processors available to handle the portion of the program that can be executed in parallel so that the execution time for that portion will be 0. That means that the total execution time with an infinite number of processors will be
1 * (0.80 + 0) = 1 * 0.80 = 0.80
So at best, the parallel program will take 80% of the time for the single threaded version. So the speed increase will be
(1 - 0.80) / 1 = 0.20/1 = 0.20 = 20%</span>
