A simple
Keynesian model follows four principles:
<span>1. Accumulated
expenditures, income, and output are the same.
2. All input of spending into the economy must equal
all withdrawals
3. Investment is an input.
4. Saving is a withdrawal</span>
<span>
According to Keynesian analysis, of households intend to save more, they
will become poorer. The theory about Keynesian analysis applies to
economic where an increase in savings decreases the circular flow of income. S
when the households save more, they are reducing the stream of income for other
households and therefor diminishes the overall economic activity.</span>
Answer:
$214,500
Explanation:
For the computation of the amount of contribution margin first we need to follow some steps which are shown below:
No of units sold = Total sales ÷ selling price per unit
= $374,400 ÷ $24
= $156,00
Variable cost = No of units sold × Variable cost per unit
Variable cost = $15,600 × $13
=$202,800
Contribution margin = Sales - Variable cost
= $374,400 - $202,800
= $171,600
CM ratio = Contribution margin ÷ Sales
= $171,600 ÷ $374,400
= 0.46
Contribution margin = CM ratio × Sales Contribution margin
= 0.46 × (1.25 × $374,400)
= $214,500
Answer: I think is True
Explanation: I hope that helps :)
Answer: (a) FOOD AND DRUG ADMINISTRATION (FDA)
Food and Drug Administration (FDA) is a federal agency of the USA that protects and promotes public health. It also looks over food safety, drug safety, etc. various laws are included in FDA such as Public Health Service Act, Federal Anti-Tampering Act, etc.
Answer:
The rate at which money circulates through an economy.
Explanation:
In Macroeconomics, the term velocity refers to the speed at which money circulates in an economy, and it is a variable in a fundamental macroeconomic equation, the quantity theory of money equation:
M x V = P x T
Which states that the price of goods and services is equal to the amount of money in an economy, or its money supply (M) multiplied by the Velocity of circulation of money, which is in turn equal to price (P) multiplied by the number of transactions (T).
