Its usually the M1152 model of hmmwvs
Answer:
a. True
Explanation:
from the CAPM formula we can derive the statemeent as true.
risk free = 0.05
market rate = 0.12
premium market = (market rate - risk free) 0.07
beta(non diversifiable risk) = 0
Ke 0.05000
As the beta multiplies the difference between the market rate and risk-free rate a beta of zero will nulify the second part of the equation leaving only the risk-free rate. This means the portfolio is not expose to volatility
Answer:
33,000
Explanation:
The number of units included in the production budget is given by dividing the budgeted value by the cost per unit.
The cost per unit is:
The number of budgeted units is:
33,000 units are included in the production budget for next year
Answer: d. spending depends on income people expect over the long term, rather than on current income.
Explanation:
The permanent income hypothesis states that people will spend money at a level equal to their permanent income which is their expected long-term average income.
The consumption function states that consumption is equal to autonomous consumption and consumption is dependent on disposable income.
The savings function shows the relationship between savings and income.
Answer:
-Establishing government-run employment agencies to connect unemployed workers to job vacancies
-Improving a widely used job-search website so that it matches workers to job vacancies more effectively.
- This kind of agencies are business that recruit qualified unemployed job applicants, they help to place workers on different jobs. Also, they provide job-seeking services and tools for workers. They are responsible for putting millions of people to work every day, and also for making staffing companies hire millions of temporary and contract employees every year.
-The second option would help to reduce unemployment since it enable an available position to match with the correct skilled employee, what would reduce in the future the firing rate that a Company has for not choosing the right employee at a certain time.