Answer:
Autonomous consumption is <u>$1,000</u> and the marginal propensity to consume is <u>0.9</u>.
A consumer whose income increases by $100 will increase consumption by <u>$90</u>.
Explanation:
Given C = 1000 + 0.9Y
Autonomous consumption refers to consumption expenditure of consumers that does not depend on income. Therefore, autonomous consumption is therefore the consumption expenditure made by the consumers when they do not have income or when income is zero (i.e. when Y = 0).
Substituting for Y = 0 into the consumption function, we can obtain autonomous consumption is follows:
Autonomous consumption = 1000 + (0.9 * 0) = 1,000
The marginal propensity to consume refers to the proportion of the increase in disposable income that is spent on the consumption of goods and services by a consumer. From the consumption function, the marginal propensity to consume is 0.9.
Since marginal propensity to consume is 0.9, a consumer whose income increases by $100 will therefore increase consumption by $90 (i.e. $100 * 0.9 = $90).
The answer is Pool Cleaning Systems. The relevant market product is Pool Cleaning System. It is engineered to clean the entire pool, including floors, steps, benches, even spas. Nozzles pop up consecutively to direct a power jet of water to direct debris towards the MDX-R3 drain.
Answer:
federal laws
Explanation:
The sarbanes-oxley act is a Federal legislation that was passed in the US on 30th July 2002. to reform, protect the accounting and corporate financial sector which includes the interest of the investors. Note: an act consist of written laws and it is made by the legislative arm of the government.
The beginning period retained earnings, net profit/net loss made during the accounting period, and cash and stock dividends paid during the accounting period. (i may be wrong because there was no picture but i this is right)
Suppose that last year a total of $12 billion in goods and services was exported to other countries while $8 billion was imported. Net exports equal $4 billion.
In general, real GDP is calculated by dividing nominal GDP by the GDP deflator (R). For example, if the economy's prices rise by 1% from the base year, the deflation rate is 1.01. If nominal GDP is $1 million, real GDP is calculated as $1,000,000 / $1.01 or $990,099.
Equity and bond values are not included in GDP as they are not reissued annually. They may have been issued last year. Second, the stock a person buys is goods and services, and the company reuses the money invested to buy the asset, so the value is calculated twice.
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