Answer:
You should pay $84.42 today for the bond.
Explanation:
bond price = value of bond/[(1 + interest rate)^number of years]
= $100/[(1 + 1.9%)^9]
= $100/(1.185)
= $84.42
Therefore, You should pay $84.42 today for the bond.
The answer is he is not part of the labor force. Since the labor force is comprises of the employed and the unemployed. The remainder— persons who are neither employed nor unemployed are not in the labor force. This group comprises retired persons, students, those taking care of children or other family members, and others who are neither working nor seeking work. Since the mid-1990s, naturally fewer than 1 in 10 people not in the labor force stated that they want a job.
Answer: -0.5
Explanation:
Based on the information given, the price elasticity of demand will be calculated as follows:
= dQ/dP × P/Q
where,
dQ/dP = -1
P = 100
Q = 200 – P + 25 U – 50 P beer
Q = 200 - 100 + 25(8) - 50(2)
Q = 200 - 100 + 200 - 100
Q = 200
Therefore, dQ/dP × P/Q
= -1 × (100/200)
= -1 × 1/2
= -1 × 0.5
= -0.5
The price elasticity of demand is -0.5.
Answer:
The correct answer is lower-class nonwhite.
Explanation:
The lower class is the poorest population segment of human society. It is characterized by having great gaps in its way of life and limitations in terms of access to economic resources. They are usually unemployed people, who do not own their own home or other goods or properties that are essential for living.
To this socioeconomic class belong people with very low educational levels, barely with primary education and some with secondary education. Some casual or independent workers also enter this class. Lower class families do not have good basic services in their homes.
Answer:
Option D. We are 95% confident that the mean amount spent on electric service among the 160 households is between $151 and $216.
Explanation:
A confidence interval is a range of values, derived from the sample statistics, which may include the value of an unknown population parameter.
A 95% confidence interval indicates that between 152 of 160 samples (95%) of the same population will produce confidence intervals that will contain the population parameter.
It also means that we have a 95% confidence that the average (average amount) is among the resulting amounts obtained.
Logically, option "D" is missing the final part. This would be: D. We are 95% confident that the mean amount spent on electric service among the 160 households is between $ 15.
This is the only true option, since the test is based on a sample of only 160 households, the entire population of households cannot be included.
Hence, the correct option is:
Option D. We are 95% confident that the mean amount spent on electric service among the 160 households is between $151 and $216.
