I believe the answer is: A. Fewer unwanted telemarketing calls
The consumer protect laws allow the consumers to report business practices that violate their privacy or comfort (which is what many of them consider unwanted telemarketing calls are). The protection law could also prevent the price from goes too high, but it would not necessarily lower the average prices.
Answer: True - Monopolistic competition
Explanation:
The monopolistic competition is one of the type of imperfect competition in which the various types of industries selling the products and the services that is basically differentiated from others.
In the monopolistic competitors, the different types of decision taken by an organizations are not directly affecting the other competitors in the market.
According to the question, the J. Pitner's is basically refers to the monopolistic competition in the given competitive environment as it helps in establishing the reputation by offering the various types of high quality services.
Therefore, Monopolistic competition is the correct answer.
Answer:
25.55 days
Explanation:
first we must calculate the accounts receivable turnover ratio = net sales / average accounts receivable
net sales = $1,000,000
average accounts receivable ($80,000 + $60,000) / 2 = $70,000
accounts receivable turnover ratio = $1,000,000 / $70,000 = 14.286
average collection period = 365 days / accounts receivable turnover ratio = 365 / 14.286 = 25.55 days
Answer:
$532.24
Explanation:
Since Mr. Wise will be making monthly payments for the period of 25 years in order to accumulated the $1,000,000 at the end of 25 years, therefore, the future value of annuity shall be used to determine the monthly payments to be deposited by Mr Wise. The formula of future value of annuity is given as follows:
Future value of annuity=R[((1+i)^n-1)/i]
In the given scenario:
Future value of annuity=amount after 25 years=$1,000.000
R=monthly payments to be deposited by Mr Wise=?
i=interest rate per month=12/12=1%
n=number of payments involved=25*12=300
$1,000,000=R[((1+1%)^300-1)/1%]
R=$532.24
