Answer: Loss of $22,000
Explanation:
Gain (loss) = Net Carrying Value of Bonds recalled - Price bond called at
Net Carrying Value of Bonds
= Par value - Unamortized discount
= 300,000 - 10,000
= $290,000
Gain (loss) = 290,000 - (300,000 * 104)
= ($22,000)
Answer:
$1,280
Explanation:
Given that,
Rent expense = $1,500
Car payment = $400
Cellphone expense = $120
Utilities = $450
Groceries expenses = $250
Entertainment expenses = $200
Jeff receives a paycheck of $2,100 twice per month, the amount received in a month is calculated as follows:
= $2,100 × 2
= $4,200
The amount left after deducting all of the expenses:
= Amount received - Rent expense - Car payment - Cellphone expense - Utilities - Groceries expenses - Entertainment expenses
= $4,200 - $1,500 - $400 - $120 - $450 - $250 - $200
= $1,280
Therefore, he have left over $1,280 for the month.
Economic profit is calculated as:
Economic profit = Total Revenues – Total Cost
Total cost both includes explicit and implicit cost. In
this case, the explicit cost is $8,000 while the implicit cost is $64,000.
Explicit cost is a direct payment made to run the business while implicit cost
is the opportunity as accountant that is lost. Therefore,
Economic profit = $150,000 – ($8,000 + $64,000)
<span>Economic profit = $78,000</span>
If jorge produces 20 pounds of green beans, he can produce <u>240 </u>pounds of corn.
<h3 /><h3>
Production Possibilities Schedule</h3>
Based on the Production Possibilities Schedule table given pound of green beans is 20 while pounds of corn is 240.
Based on this if he produces 20 pounds of green beans he can as well produce 240 pounds of corn.
Jorge's Production Possibilities Schedule
Pounds of Green Beans Pounds of Corn
20 240
Therefore If jorge produces 20 pounds of green beans, he can produce <u>240 </u>pounds of corn.
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The proteins that exert the greatest colloid osmotic pressure to maintain blood volume and pressure are called: Serum Albumin.
<h3>What is Serum Albumin?</h3>
Serum Albumin is a form of protein that is located in blood plasma. It makes up about 55% of the proteins in blood plasma.
Serum albumin also exerts the greatest colloid osmotic pressure that amounts to 22 mm Hg. This figure is followed by the globulins that account for pressure of just 6 mm Hg.
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