Answer:
Suppose the economy is experiencing an output gap of –3%
a. Monetary policy or fiscal policy can be used to raise actual output toward potential output when:
The government can increase its spending or reduce taxes, which will shift the IS curve to the right and increase GDP.
The Fed can reduce the interest rate, which will shift the MP curve down and increase GDP.
b. The policies identified in part a,
can be used together to raise actual output toward potential output.
Explanation:
Investment-Savings (IS) curve shows all the levels of interest rates and output (GDP) at which an economy's total desired investment (I) equals its total desired saving (S). This equilibrium can be achieved at a level of interest rate that maximizes output. The IS curve slopes downward, and to the right because at a lower interest rate, investment is higher, which produces more total output (GDP) for the economy.
Answer:
B) $114,000
Explanation:
To calculate the operating cash flows using the top down approach we can use the following equation:
operating cash flow = increase in total sales - increase in total expenses - increase in taxes paid
operating cash flow = $975,000 - $848,000 - ($154,000 - $141,000) = $975,000 - $848,000 - $13,000 = $114,000
I didn't include depreciation since it is normally included to calculate the increase in taxes but taxes were already given.
Answer:
Total utility is the total amount of satisfaction derived from consuming a certain amount of a good while marginal utility is the additional satisfaction gained from consuming an additional unit of the good.
Explanation:
As consumption increases, total utility increases but marginal utility would begin to diminish after a certain point is reached as a result of diminishing marginal utility.
The Law Of Diminishing Marginal Utility states that all else equal as consumption increases the marginal utility derived from each additional unit falls.
I hope my answer helps you
Answer:
45
Explanation:
The formula to compute the number of parts is shown below:
= Demand × lead time × (1 + safety factor) ÷ kanban cards
= 300 units × 45 minutes × (1 + 20%) ÷ 6
= 300 × 0.75 hours × 1.2 ÷ 6
= 45
The 45 minutes would be 0.75 hours i.e 45 minutes ÷ 60 minutes = 0.75 hours.
So we consider all the components which are given in the question. Hence, all the information is relevant
