Answer:
b. $14.7 million
Explanation:
In order to compute the asset retirement obligation, first we have to compute the expected cash flows which are shown below:
= Cash outflows × probability + Cash outflows × probability
= $10 million × 60% + $30 million × 40%
= $6 million + $12 million
= $18 million
Now the asset retirement obligation would be
= (Expected cash flows) ÷ (1 + interest rate)^ number of years
= ($18 million) ÷ (1 + 0.07)^3 years
= ($18 million) ÷ 1.225043
= $14.7 million
Answer:
2. a worker decides to quit one job to seek a different job.
Explanation:
Frictional unemployment occurs when workers are moving from one job to another. It happens when the available jobs and the workers' skills do not match. For example, a graduate from the university cannot find a job that matches the skills straight away. The period of searching for that first job is called frictional unemployment.
Frictional unemployment is naturally occurring in the economy. It is present when the economy is in full employment. It is present as workers are always searching for better opportunities elsewhere, and students are graduating and searching for their first employment.
Answer:
Tangibles (or tangibility)
Explanation:
When we say tangibles as a service quality dimension, we are referring to:
- how the physical place or facility looks like (e.g. is the store clean, nicely decorated, etc.),
- the perceived quality of the equipment (e.g. the gym uses high quality exercise machines),
- are your employees fit for the job (e.g. the employees were kind and helpful, they could answer the customers' questions),
- can your customers understand what you are trying to say to them or communicate to them? (e.g. does the store have signs that clearly differentiate the different clothing sectors?)
Answer:
speak with confidence
encourage the interviewer to do most of the talking- after all he is the interviewer, you don't want to dominate the interview.
Hope this helps! ;D
Answer and Explanation:
The computation is shown below:
a. The expected return of equity is
= Expected return + debt to equity ratio × (expected return - debt cost to capital)
= 15.2% + 0.5 × (0.152 - 0.05)
= 20.3%
b. Now the debt cost of capital is 7%
So, the expected return of equity is
= Expected return + debt to equity ratio × (expected return - debt cost to capital)
= 15.2% + 0.5 × (0.152 - 0.07)
= 27.5%
c. As we know that if the investment has a higher return than of course it has high risk also or we can say it is compensated by high risk
So it would be best shareholder interest
