Answer:
$8.2 million
Explanation:
As per given data
EBITDA $22.5
Net Income $5.4 Million
Interest Expense = $6 million
Tax rate = 35%
As we know the Tax is deducted from the income before tax to calculate the net income. We will calculate the Earning before tax first.
EBT = Net Income x 100% / ( 100% - 35% )
EBT = 5.4 million x 100% / 65%
EBT = $8.3 million
Now we need to calculate the Earning Before interest and Tax
EBIT = EBT + Tax Expense = $8.3 million + $6 million = $14.3 million
The Difference between EBIT and EBITDA is depreciation and amortization expense.
Depreciation and Amortization expense = EBITDA - EBIT = $22.5 million - $14.3 million = $8.2 million
The statement, according to the erosion model of an organizational commitment, the employee with the fewest emotional bonds is the most likely to quit, is true.
The erosion model explains that an organization's employee who have less or fewer emotional bonds tend to quit the organization because they do not feel or get involved in the organization, or they don't feel any attachment to it.
Here the social influence model states that suppose when two employees are closely related or have good terms, so if one of them quits their work, then the other one is more likely to follow them and leave the organization.
Hence, the erosion model suggests that employees with fewer bonds will be most likely to quit the organization.
To learn more about erosion model here:
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Answer:
<u>B. shows planned purchase rates of goods and services at various price levels.</u>
Explanation:
- The aggregate demand is the total demand for final goods and services in the economy over a given period of time. And is often distinguished as the effective demand curve. That is the demand for the GDP of the nation.
- As it specifies all the goods and the services that are to be purchased at all the possible levels. Hence this demand curve shows us the real output given on the horizontal axis. Thus the curve shows the quantity of the output that is demanded and the aggregate of the all price level.
Answer:
The correct answer is A
Explanation:
The formula to compute the present value interest factor using excel is as:
= 1/(1+r)^ n
where
r is the rate
n is number of years
So, in case of A,
The present value interest factor is:
= 1/(1+0.06)^5
= 0.74725
In case of B,
The present value interest factor is:
= 1/(1+0.06)^8
= 0.62741
In case of C,
The present value interest factor is:
= 1/(1+0.06)^10
= 0.55839
In case of D,
The present value interest factor is:
= 1/(1+0.08)^5
= 0.68058
In case of E,
The present value interest factor is:
= 1/(1+0.08)^10
= 0.46319
Therefore, it is highest in option A.
Answer:
option (B) 100
Explanation:
Data provided in the question:
Number of days supplier takes to deliver an order once it has been placed i.e the lead time = 25 days
Standard deviation of daily demand = 20
Now,
Standard deviation of usage during lead time
= Standard deviation of daily demand × √(Lead time)
= 20 × √25
= 20 × 5
= 100
Hence,
The answer is option (B) 100
