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:
The government
Explanation:
In the command economy, the government makes all economic decisions in the country. The command economy is also known as the command centrally planned economy. A central authority, which is the government decides what products will be manufactured, and they will be distributed.
The government makes economic plans for the country that outlines the level of production. It allocates resources required for production as per the plans. The government though its different agencies, owns the factors of production.
Answer:
there is a bigger money pool and became popular
<span>Zahra
is an employee at colorz inc. she loves gossiping about her colleagues
during office hours, which causes her to receive a reprimand by her
supervisor, dan. a few days later, dan fires gunther, another
subordinate, from work for a similar reason. the employees reporting to
dan are most likely to conclude he demonstrates a lack of outcome fairness in
dealing with employees who gossip at work.
</span><span>Outcome fairness is a judgment that the consequences given to employees are just.</span>
Answer:
option (B) 100
Explanation:
Data provided in the question:
Number of days supplier takes to deliver an order once it has been placed i.e the lead time = 25 days
Standard deviation of daily demand = 20
Now,
Standard deviation of usage during lead time
= Standard deviation of daily demand × √(Lead time)
= 20 × √25
= 20 × 5
= 100
Hence,
The answer is option (B) 100
