Answer:
This implies Bolster Soda collects receivables more effectively and quickly than Castor Soda in the two years.
Explanation:
The accounts receivable turnover ratio refers to an accounting ratio that is used to show the how effective a firm is in collecting the receivables or money its clients are owing it.
This implies that accounts receivable turnover ratio is used to determine the extent to which a firm ie effectively managing the credit it gives to customers and how quickly the firm collects that that short-term debt.
The formula for calculating the accounts receivable turnover ratio is as follows:
Accounts receivable turnover ratio = Net credit sales / Average accounts receivable
When the accounts receivable turnover ratio is high, it implies that the company is efficient is collecting debt and a high percentage of its cutomers are paying up their debts.
The account receivable turnover ratios in the question therefore imply Bolster Soda collects receivables more effectively and quickly than Castor Soda in the two years.
Answer:
The correct option is E , laissez-faire
Explanation:
Option A,autocratic is not correct since the scenario painted an opposite scenario and autocratic approach to management means the manager tells the subordinates what to do.
Bureaucratic is when decision making is slow because many stakeholders are expected to jointly decide.
However,laissez-faire is an approach where subordinates are allowed to think out of the box and get tasks accomplished without manager's interference.
<span>This can create a shortage in the market. This means that there is too much demand for a good and not enough product to cover it. This creates restrictions on the products that people are allowed to buy, which decreases the profit potential.</span>
Answer:
The Expected time a customer spends in the system is 4
Explanation:
According to the given data we have the following:
Arrival rate A = 1 every other minute = 30/hour or (30/60) per minute
Service rate S = 84 seconds = 60×60/84= 42.86 customers per hour
System utilization factor P = A/S = 30/42.86 = 0.699
Length of the system L = P/(1-P) = 0.699/(1-0.699) = 2.322
Therefore, Expected time a customer spends in the system = L/A = 2.322/(30/60) = 4.644=4
