Answer:
The correct answer is 777.169.56.
Explanation:
According to the scenario, the given data are as follows:
Payment per year (PMT) = $3,000
Time (N) = 40 years
Rate of interest (R)= 8%
So, the future value of the following can be calculated by using the following formula:
Future value = PMT × 
Now, put the value of the following in the formula. then,
= 3,000 × 
= 3,000 × 259.0565
= 777,169.56
Hence, the value in the account after 40 years will be 777,169.56.
Answer:
The correct answer is option (A).
Explanation:
According to the scenario, the computation of the given data are as follows:
First, we will calculate the Market risk premium, then
Market risk premium = (Required return - Risk free rate ) ÷ beta
= ( 9.50% - 4.20%) ÷ 1.05 = 5.048%
So, now Required rate of return for new portfolio = Risk free rate + Beta of new portfolio × Market premium risk
Where, Beta of new portfolio = (10 ÷ 18.5) × 1.05 + (8.5 ÷ 18.5) × 0.65
= 0.5676 + 0.2986
= 0.8662
By putting the value, we get
Required rate of return = 4.20% + 0.8662 × 5.048%
= 8.57%
Answer: $9909
Explanation:
Let the amount that will be paid be represented by y. The question can now be solved as:
(10000 - y)/10000 × 360/182 = 0.018
(10000-y)/10000 = 0.018 × 182/360
(10000 - y)/10000 = 0.0091
10000-y = 0.0091 × 10000
10000 - y = 91
y = 10000 - 91
y = $9909
Answer:
Amount of cash flow will be $2328
So option (B) will be the correct answer
Explanation:
We have given total merchandise = $4000
And return merchandise = $1600
Here
means if Sheridan Company makes the payment within 10 days then he will get discount of 3 % as in the question he makes the payment within 10 days so he will will get 3 % discount
Now amount of cash received = total merchandise - return merchandise
= $4000 - $1600 = $2400
Now discount is 3 %
So after discount amount received 
So option (B) will be the correct answer
Had to look for the options and here is my answer. Based on digital forensics's basic methodology, the very first thing that should be done upon investigation is the identification of relevant items of evidentiary value or known as EM. Hope this answers your question.