Answer:
C. Statement of Net Position and Statement of Activities.
Answer:
The value of Ted stock is $2.43
Explanation:
Free cash flow From Year 1 to 5 = $200000
Cash Flow Year 6 = 200000*1.05
= $210000
This cash flow is expected to grow forever, so the terminal value can be caluclated at Year 5 of the above perptuity by Gordon Growth model
Terminal Cash FLow Value at Year 5 = 210000/(15% - 5%)
= $2100000
Present Value of above stream
= 200000*PVIFA(5 yr, 15%) + 2100000*PVIF(5 yr, 15%)
= $200000*3.352 + $2100000*0.497
= $1714100
Value of equity = Present Value of Firm - Value of debt
= $1714100 - $500000
= $1214100
Number of shares = 500000
Value per share = $1214100/500000
= $2.43
Therefore, The value of Ted stock is $2.43
The answer is employee salaries
An example of an ongoing cost is employee salaries
Answer:
<em>Control environment; risk assessment process; control activities; the information system, including related business processes; and monitoring of controls.</em>
Explanation:
<em>From the following, the </em><em>OPTION which best illustrates the interrelated components </em><em>of internal control is </em><em>OPTION (C).</em>
Because as we know that interrelated components of internal control consists of co-ordination, as well as handling and controlling the system, taking illustration of the work and making of positive decisions.
So this is the reason OPTION (C) will be the answer, as it also consist all of the components which are present in interrelated components of internal control.
Answer:
Continuous random variable
Explanation:
Continuous random variable is the one of the random variable which is defined as where the data could take infinitely many values for the variable.
For example, the random variable evaluates the time taken for doing something which is to be done or performed on continuous basis as there are infinite number of the possible times could be taken or consider.
So, in this case, the experiment comprise of evaluating the automobile speeds on the highway. Under this experiment, it have the infinite number. Therefore, this a continuous random variable
