Answer:
a 26%
Explanation:
The computation of the annual rate of return on this investment is as follows:
Let us assume n be no of years
Now
The Annual rate of return is
= (Ending value ÷ beginning value)^1 ÷ n - 1
= ($8,000 ÷ $4000)^1 ÷ 3 - 1
= 0.2599
= 25.99 %
= 26%
hence, the annual rate of return is 26%
Therefore the correct option is a.
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
The gain on retirement = $4,600
Explanation:
The gain or loss on retirement = Carrying Value of the Bonds - Call price of the Bonds
The gain or loss on retirement = $111,100 - $106,500
The gain on retirement = $4,600
Note: Par value will not be taken for the calculation of the above
If Merv calls Carla telling her the deal is off and Carla threatens to sue for breach of contract, the result is:
- The contrails void, Carla loses
<h3>What is a Contract? </h3>
This refers to the legally binding agreement between two or more people about a particular request or work.
With this in mind, we can see that because Merv is hired by Carla to fill a swampland and he is later informed that the land is in protected wetlands, this makes the contract void and Carla loses because it is not of the doing of Merv.
Read more about contractual agreements here:
brainly.com/question/5746834
Answer:
C. $3,800
Explanation:
The computation of the cost level for both insurance policy is shown below:
We choose $1,000 or 50% which ever is lower
We take the help of the given options
a. For the first option
The 50% is 300 which is less than the 1,000 now we take 80% of ($600 - $300) that comes $240
b. For the second option
The 50% is 500 which is less than 500 now we take 80% of ($1,000 - $300) that comes $560
c. For the third optiion
The 50% of $3,800 i.e $1,900 and $1,000 whichever is less i.e ($3,800 - $1,000) = $2,800 so it is $1,000 now we take the 80% of ($3,800 - $300) i.e $2,800
Thus the amount comes same
Thus this is the right option
