GDP is the sum of all final goods and services produced by an economy in a given period. In calculating GDP only the final goods and services that are traded are accounted for. Thus, household services that do not generate income are not accounted for in GDP, only productive activities. Therefore, in the long run the tendency is that the GDP analyzed by this issue will decrease, because when the unemployment rate increases, fewer workers will be employed in the productive sector. These people may substitute work for leisure or household chores, but this will not count in GDP.
The initial outlay for the project after depreciation is loss of $26,700.
<h3>What is
depreciation?</h3>
Depreciation in accounting refers to two parts of the same concept: first, the real decline in fair value of an asset, such as the worth of factory equipment each year.
Depreciation is used to match the cost of a productive asset with a useful life of more than a year to the revenues received by employing the asset. The expense of an asset is frequently spread out throughout the years that it is used.
Section 32 of the Income Tax Act of 1961 contains the provision for authorising depreciation. Depreciation is a deduction allowed by the Income Tax Act for the reduction in the real worth of a physical or intangible asset used by a taxpayer.
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Answer:
32.35% ( the probability that in any given year, the return on long-term corporate bonds will be greater than 10 percent )
Explanation:
Given data for long-term corporate bonds
Standard deviation : 8.3%
mean = 6.2%
To calculate the probability that in any given year, the return on long-term corporate bonds will be greater than 10 percent ( USING THE NORM-DIST FUNCTION )
P( x > 10% ) = 1 - P(x<10%) = 1 - NORM-DIST (10,6.2,8.3,TRUE ) = 0.3235
= 32.35%
attached below is the missing part of your question
Answer:
The right answer is option (A).
Explanation:
According to the scenario, given data is :
Time required for one unit = 12 Min
Payment for job = $12.75 / Hour
So, payment for job per minute = $12.75 / 60 = $0.2125 / minute
Hence, Rate per piece = rate/minute × time required for one unit
= $0.2125 × 12
= $2.55
Hence the most appropriate answer is option (A).
