An insurance policy with a higher premium most likely has a lower deductible
Answer:
Option (D) is correct.
Explanation:
We have to use MM proposition that cost of equity will change itself in such a manner so that it can take care of its debt.
Cost of equity:
= WACC of all equity firm + (WACC of all equity - Cost of debt ) × (Debt -to-equity ratio)
At the beginning, when there was no debt,
WACC = cost of equity = 10%
Levered cost of equity:
= 10% + ( 10% - 6%) × 0.2
= 10.8%
Therefore, Taggart's levered cost of equity would be closest to 11%.
Answer:
The answers are:
Explanation:
In order for an individual to be considered unemployed, the individual must be over 18 years old, be currently out of job, but actively seeking a new job.
The current unemployment rate in the US is 3.7% (as of August 2019) while the unemployment rate in the EU is 6.2%.
In order for an individual to collect unemployment benefits, usually he or she must meet the following requisites:
- They must be out of work through no fault of their own.
- They must meet minimum earnings or job tenure requirements.
- They must be able, available, and actively seeking work.
Answer:
Multiplier effect in the 4th round = 3.58
Explanation:
A change in aggregate demand can create a much greater impact in the equilibrium national income. This is known as the multiplier effect. This occurs when injections of new demand for goods and services into the circular flow of income creates further rounds of spending. For example, if the government spending was on building new affordable houses then the need for housing materials will create demand for wood, cement and other housing supplies. Thus, these businesses will see a rise in sales. Whilst they benefit through profits, their employees would benefit from wages and salaries. As their income rises, they will spend it in the economy, and so will the businesses from their profits. This additional rounds of spending is the multiplier effect.
If a 100 increase creates 33 for the second round, it is 33% (33/100 x 100) i.e. 100 x 33% = 33
This is proven since 33 x 33% = 10.89 in the third round.
Hence, the multiplier effect in the forth round = 10.89 x 33% = 3.58