Answer:
The present value of the dividends to be paid out over the next six years if the required rate of return is 15 percent is $6.57
Explanation:
Solution:
Given that
The present value =∑ ⁿ t=1 cf/ (1 +r)t
where cf= cash flow
r =the required rate of return
t = the number of years
Now
The present value will be:
cf₁/(1+r)^1 + cf₂/(1 +)^2 + cf₃/(1+r)3 + cf₄/(1 +r)^4) + cf₅/(1 +r)^5 + cf₆/(1+r)^6
Hence,
cf₁, cf₂ cf₃ = 0 as the firm does not expect to pay dividend in the next three years
Note: Kindly find an attached document of the part of the solution to this given question
Answer:
If effective, such a price floor would be <u>above</u> the market price and would lead to a <u>excess supply</u>.
Explanation:
A price floor can be described as a price control in which the minimum price to be charged for goods and services is imposed by a government or a group.
For a price floor to be effective and binding, it has to be set above the market or equilibrium price. This is because a price floor will neither be effective nor nonbinding when it set below the equilibrium price.
Any price above the equilibrium or market price creates or leads to excess supply. Excess supply is a situation whereby quantiy of commodity supplied is more than the quantity demanded of the commodity.
Based on the above explanation, if effective, such a price floor would be <u>above</u> the market price and would lead to a <u>excess supply</u>.
Answer: The answer is a Common Law
As far as I remember, at the end of the systems implementation phase, the final report to management should include these elements:
1. <span>a comparison of actual costs and schedules to the original estimates;
2. </span>final versions of all system documentation;
3. <span>planned modifications and enhancements to the system that have been identified;
It's necessary thing in system analysis.</span>
