Answer:
Greater than
Explanation:
Answer 1:
If the index number used to calculate prices is positive, then it shows that price level in country B is greater than the price level in Country A which is used as the base year. Thus, the blank can be filled by Greater than.
PPP adjusted GDP in this case in country B will be less than its nominal GDP as price level is higher.
Answer:
c. $175,500
Explanation:
Revenue $140,000
Training revenue $75,000
Product Sales <u>$65,000 </u>
Total Revenue $280,000
Variable Expenses
Personal trainer wages expense $70,000
Cost of Product sold $35,000
Total Variable Cost (<u>$105,000)</u>
Contribution margin / operating income $175,000
Fixed Costs
Space rental expense $11,000
Depreciation expense $6,000
Rental insurance expense $3,000
Front desk staff wages expense $12,000
Total Fixed cost (<u>$32,000)</u>
Net Income <u>$143,000</u>
Answer:
The correct answer is $300,000.
Explanation:
According to the scenario, the computation of the given data are as follows:
Original cost = $250,000
Fair value = $300,000
Retail value = $520,000
As Share based transaction of the organization record or issued always at fair value for which the goods or services are exchanged.
Here, Fair value is given.
So, the transaction will be recorded at fair value = $300,000
Answer: See explanation
Explanation:
a. Prepare a CVP income statement that shows both total and per unit amounts.
CVP INCOME STATEMENT
Per unit. Total
Sales (500 units). 400. 200,000
Variable expense 280 140,000
Contribution margin. 120 60,000
Fixed expense. 48,000
Net operating Income. 12,000
b. Compute Norton's breakeven in units.
Breakeven point = 48000 / 120 = 400
c. Prepare a CVP income statement for the break-even point that shows both total and per unit amounts.
CVP income statement for the break-even point
Per unit. Total
Sales (400 units). 400. 160,000
Variable expense 280 112,000
Contribution margin. 120 48000
Fixed expense. 48,000
Net operating Income. 0
Answer:
True
Explanation:
The term reliability is associated with consistency in performance that can be proven through statistical analysis. Reliability means dependability. It is the assurance that a system, equipment, or apparatus will perform its functions as expected with many instances of failure.
Reliability is the high probability that a system or equipment will operate without failure. Reliability means that performance results can be verified. The probability of producing such results in the future is high.
