Data that can be modeled as dimension attributes and measure attributes are called <u>_Multi-dimensional__</u> data.
Multi-dimensional data are the data that can be modeled as dimension and measure attributes. It is a data set that has many columns, which is also known as features or attributes. The more features or attributes in the mult-dimensional data set can help you to discover more insights. In the multi-dimensional data, you can integrate queries instead of submitting the queries as in the relational database.
In the multi-dimensional data set you can manipulate different perspective and dimension by features or attributes. Multi-dimensional data modeling can dig deeper for deriving insights than the two-dimensional relational data set. It can view the data in the form of a data cube. Data cube can be modeled and viewed as in multiple dimensions.
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A job analysis method is valid if it accurately assesses each job's duties.
A job analysis helps companies list appropriate taste and expectations for a job listing. It's important to make sure the people applying for the job and ultimately getting hired are well aware of their tasks and responsibilities in that position.
Answer:
Explanation:
If the government changes taxes without changing government spending to eliminate the recessionary gap, will the minimum required change in taxes be greater than, smaller than, or equal to the minimum required change in government spending?
The minimum required change in taxes will be greater than that of the minimum required change in government spending
tax multiplier (mpc/mps = 0/8/0.2=0.4) is smaller than the government spending multiplier (1/mps= 1/.2=5) because of the initial increase in disposable income caused by the decrease in income tax will be saved rather than spent
Answer:
$ 0.61 per unit
Explanation:
The unit-of-activity method is one of the asset depreciation methods. Under this method, the depreciable cost of the asset is spread over the units produced. The formula is a more accurate measure of wear and tear.
In this case:
Depreciable cost=(purchase price -salvage value)
=$52000.00 -$3200.00
=$48,800.00
Depreciation per unit= Depricable cost / expected production
=$48,800/80000
=$ 0.61per unit
