Answer:
The days' sales in receivables are B.148.37 days
Explanation:
The days' sales in receivables is calculated by using following formula:
The number of days' sales in receivables = 365/Accounts receivable turnover
In there:
Accounts receivable turnover = Net Credit Sales /Average Accounts Receivable
E-Shop, Inc. has net sales on account of $1,500,000 and average net accounts receivable of $610,000.
Accounts receivable turnover = $1,500,000/$610,000 = 2.46 times
The number of days' sales in receivables = 365/2.46 = 148.37 days
Answer:
c. 9.21%
Explanation:
In this question, we apply the Capital Asset Pricing Model (CAPM) formula which is shown below
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
For stock A
12% = 4.75% + 1.30 × market risk premium
12% - 4.75% = 1.30 × market risk premium
7.25% = 1.30 × market risk premium
So, the market risk premium = 5.58%
For Stock B, required rate of return would be
= 4.75% + 0.80 × 5.58%
= 4.75% + 4.464%
= 9.214%
Answer:
The total amount that would be paid to bank is $11,564.
Explanation:
I = PRT/100
I is the simple interest on the loan
P is the amount of loan taken = $9,800
R is the simple interest rate = 6%
T is the duration for the loan to be paid with interest = 3 years
I = 9,800×6×3/100 = $1,764
Total amount to be paid = P + I = $9,800 + $1,764 = $11,564
Answer: The pressure to succeed creates opportunities that reward unethical decisions.
Explanation: "bad barrels" has attempted to identify characteristics of organisations that make them particularly vulnerable to tolerating or even encouraging destructive behavior. Organizations can become "bad barrels" because the pressure to succeed creates opportunities that reward unethical decisions. Bad barrels explains misbehaviour in the workplace.
Answer:
An elastic demand curve will result in higher social surplus. Social surplus equals consumer surplus plus supplier surplus, or simply total surplus. The highest possible social surplus is reached at the equilibrium point.
If a product's demand is completely inelastic, the supplier can increase the price at will, reducing consumer surplus to minimum levels. If a product's demand is completely elastic, then consumer surplus increases while supplier surplus is directly related to shifts in the demand. Higher demand increases supplier surplus.
