In: Economics
The current unemployment rate is 6 percent. If the natural rate
of unemployment is
5.5 percent, then
A. the economy is at full employment.
B. there is cyclical unemployment equal to 0.5 percent of the labor
force.
C. there is frictional and structural unemployment equal to 0.5
percent of the labor
force.
D. there is cyclical unemployment equal to 5 percent of the labor
force.
Which of the following groups will have their real income
reduced if inflation is
greater than anticipated?
A. Borrowers who incurred debts at the beginning of the year at a
nominal interest rate
based on the anticipated rate of inflation.
B. Workers whose wages were set at the beginning of the year based
on the
anticipated rate of inflation.
C. Social Security pension recipients whose pensions are adjusted
each year
according to the actual rate of inflation.
D. Employers who signed contracts granting workers raises for a one
year period at
the beginning of the year based on the anticipated rate of
inflation.
The Consumer Price Index (CPI) is currently 210 with a 1983 base
year. Using the
CPI to deflate current dollars to base year dollars, the purchasing
power of a
$60,000 annual income measured in base year dollars is
A. $28,571
B. $40,000
C. $60,000
D. $126,000
B. there is cyclical unemployment equal to 0.5 percent of the labor force.
When the economy is below full employment, the unemployment rate is greater than the natural unemployment rate and real GDP is less than potential. Cyclical unemployment is unemployment that results when the overall demand for goods and services in an economy cannot support full employment. It occurs during periods of slow economic growth or during periods of economic contraction.
B. Workers whose wages were set at the beginning of the year based on the anticipated rate of inflation.
Whole wage is based on anticipated rate of inflation in the beginning of the year while all other benefits are part of the salary which is affected less than a person's whole wage.
D. $126,000
CPI = [Cost of Basket in t time/Cost of Basket in base year ]*100
210/100 = Cost of Basket in t time/60,000
Cost of Basket in t time = D. $126,000