Answer:
Nominal GDP for year 2010 = $7,650
Explanation:
Nominal GDP measures the market value of all goods and services produced in an economy at current prices, normally in a year. Current prices are the prices of the year I want to know the GDP. In this case, our current prices are 2010 prices. To know the nominal GDP, we must multiply the quantities produced by their current prices:
Nominal GDP= 550*$3+6*$1000=$7,650
<u>Answer:</u>
The correct answer for this is 'non price competition'.
<u>Explanation:</u>
When a real estate agent says the three most important factors when buying a property are “location, location, location,” the agent is referring to one of the forms of non price competition.
Non-price competition is a type of competition where two or more than two producers use factors like customer service, packaging or delivery rather than the price to increase the demand of the product or service.
Here, location is used as a non-price competition to increase the demand.
<span>I believe the answer to this question is: the price elasticity of demand is 60. q = 80 - 0.5(40) is the equation I used. Half of 40 is 20, and 80 minus 20 is 60.</span>
Answer:
The answer is: Garnett Co.'s net income is $7,600
Explanation:
To determine the net income we must first calculate the cost of goods sold and the commissions paid:
- COGS = $50,000 x 40% = $20,000
- Commissions = $32,000 x 10% = $3,200
Now we can elaborate the following income statement for Garnett Co.
Total sales $32,000
COGS ($20,000)
Commissions ($3,200)
<u>Advertising expense ($1,200) </u>
Net income $7,600
The reciprocals of one another is the term that describes the relationship between the flow rate and the capacity of each labor resource that works in a process.
<h3>What is a flow rate in production?</h3>
Its means the amount of flow units such as a customers, money, goods going through the business process per unit time.
Hence, the flow rate and capacity of each labor resource are reciprocal because they work together in a process unit.
Read more about flow rate
<em>brainly.com/question/24356835</em>
