Answer:
The beta of the new project is 1.475
Explanation:
The beta is the measure of systematic or market risk associated to a stock. The beta is used in the calculation of the required/expected rate of return under the CAPM model. The CAPM model uses the following formula to calculate the required/expected rate of return,
r = rRF + Beta * (rM - rRF)
Plugging in the available variables, we can calculate the value of the beta.
0.154 = 0.036 + Beta * (0.116 - 0.036)
0.154 - 0.036 = Beta * 0.08
0.118 / 0.08 = Beta
Beta = 1.475
<span>If I were to start a business, the most money would be spent on hiring the right people for the job. The least money would be spent on advertising right off the bat because you need the vision of your newly-hired creatives to create the right advertising campaign for your business.</span>
<u>Answer</u>:
Boundaryless career pattern is similar as temporary workers.
<u>Explanation</u>:
“Boundaryless career” has been a new perspective in any organisation these days. This type of career pattern provides the employees flexibility in terms of working hours. They pay them high wages for their excellent skill set.
A person works with several organisations at a single point of time and quickly develops his career. Knowledge of such people is quite high, and companies gain from their expertise. As given in the question, Sean is provided flexibility by allowing him to work from home so that he can take care of his parents. So, this is a boundaryless career pattern.
<span>the auto mechanics who are protected by the gangs are taking advantage of the barriers to entry that prevent competition. These barriers are controlled by the gangs and serve as a form of payment to the auto mechanics in the area</span>
Answer: $4,800
Explanation:
First find the Annual holding cost:
= Average inventory * Cost of holding a unit
= 500/2 * 1 * 12 months
= $3,000
Then find the Annual ordering cost:
= Expected units to be sold/ Units ordered * Ordering cost
= 9,000/500 * 100
= $1,800
Annual Inventory cost = Annual holding cost + Annual ordering cost
= 3,000 + 1,800
= $4,800