Consider a town in which only two residents, Hubert and Kate, own wells that produce water safe for drinking. Hubert and Kate can pump and sell as much water as they want at no cost. For them, total revenue equals profit.
The following table shows the town's demand schedule for water,
Quantity Demanded Total Revenue (Dollars per gallon) (Gallons of water) (Dollars) $247.50 $450.00 $607.50 4.00 180 $720.00 $787.50 3.00 270 $810.00 $787.50 2.00 $720.00 $607.50 $450.00 $247.50 (Look at attached image for clearer image)
Answer:
$3, $810
Explanation:
By carefully examining the table above we can infer that Hubert and Kate's profit is maximised at $3 unit price.
The total output at this point is 270 with a total Revenue of $810, implying that they will share the amount equally 810/2= $405 for Kate and $405 for Hubert.
Answer:
$42,680 under applied
Explanation:
The computation is shown below:
First, Calculate the predetermined overhead rate per hour which equals to
= (Estimated Overhead cost ÷ estimated machine hours)
= ($175,100 ÷ 25,600 hours)
= $6.84 per hour
So, the applied overhead equals to
= Predetermined overhead rate per hour × actual machine hours
= $6.84 per hour × 20,500 hours
= $140,220
So, the over/under applied overhead equals to
= Applied overhead - actual overhead
= $140,220 - $182,900
= $42,680 under applied
Answer:
Dividend Paid $743
Explanation:
From retained earnings, we can work out dividend paid
Retained earnings beginning $460
Net income for the year $993
Retained earnings-closing ($710)
Divided paid $743
In a world with perfect information, the answer is C. Higher returns compensate the investor for taking on higher risk.
Green fund with year 1return of -9.5℅ and year two return of +10℅