Answer:
$60,000
Explanation:
Given that,
Accounts payable = $15,000
Buildings = 80,000
Cash = 10,500
Accounts receivable = 9,500
Salaries payable = 4,500
Retained earnings = 47,500
Supplies = 40,000
Notes payable (due in 18 months) = 35,000
Interest payable = 3,000
Common stock = 35,000
Amount of current assets:
= Cash + Accounts receivable + Supplies
= $10,500 + $9,500 + $40,000
= $60,000
Therefore, the amount of current assets is $60,000.
Answer:
B. one characterized by nonrivalry and nonexcludability.
Explanation:
Quasi-Public good is considered as the goods which characterized by the both private and public goods e.g Roads, bridges etc. These goods have incompetent market and it lacks the existence of free market. These goods are non-rivalry and non-excludability. So option B is the appropriate answer for this question.
Answer: C
Explanation:
dividing a company's current stock price by its earnings per share (EPS)
45/2.25=20
The correct option is C). banks do not influence the supply of money.
<h3>What is 100-percent-reserve banking?</h3>
100-percent-reserve banking, is a system of banking, in which banks only lend from time deposits instead of lending demand deposits.
In a system with 100 percent reserve banking, banks cannot make the loans and do not influence the supply of the money.
This system is also known as full-reserve banking.
Learn more about the 100-percent-reserve banking here:-
brainly.com/question/7295577
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Answer:
Average time per unit is 59.6 hours
Explanation:
As we know as the work is done the learning of the labor force increases and they require less time to produce the next unit. An average time required to produce specific numbers of unit including cumulative effect of the learning curve.
As per given data
Number of units = 30 unit
Ratio of Time to produce second unit = 90 / 100 = 0.9
Accumulated Average time per unit Formula is
y = aX^b
Where
y = Average time per unit = ?
X = Cumulative Numbers of unit = 30
a = Time required to produce first unit = 100 hours
b = factor used to calculate cumulative average time = log (Learning Curve %/ log2) = Log (90/100) / Log2 = -0.152
Place value value in the formula
y = 100 x 30^ -0.152 = 59.6 hours