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3 years ago

Suppose we have a 2-person world, with only Stephen and his friend LeBron. Suppose that Stephen can move 70 boxes or bake

Business

2 answers:

USPshnik [31]3 years ago

7 0

Answer:

the correct answer would be D No, trade isn't possible, because Stephen has an absolute advantage in both making cookies and moving boxes.

Explanation:

Stephen can move 34 more boxes/hr and bake 19 more cookies/hr than Lebron can.

Anvisha [2.4K]3 years ago

6 0

D. No, trade isn't possible, because Stephen has an absolute advantage in both making cookies and moving
boxes.

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Dawn graduated from high school and wants to get a credit card. how can dawn establish credit-worthiness?

yanalaym [24]

By keeping good credit

7 0

3 years ago

A first step toward understanding organizational markets is recognizing the differences between industrial, reseller, and govern

zaharov [31]

Answer: True

Explanation:

To understand organizational markets, one must first realize that there are three main types of them: Industrial, reseller and government.

Industrial markets enable businesses to transact with each other. They trade raw materials and other goods to each other and process them to finished goods.

The reseller market does not involve any processing but rather firms buying from one and selling to another as middlemen.

The last market is the Government market. Any arm of government that purchases goods and services fall here including at local, state or federal level.

7 0

3 years ago

Presented below is information related to Bobby Engram Company.

Natasha_Volkova [10]

Answer:

A. $ 98,210

B1. Cost to retail percentage 60%

B2. Cost to retail percentage 65.73 %

B3. Cost to retail percentage 58 %

B4. Cost to retail percentage 63.33 %

Explanation:

A. Computation for the ending inventory at retail

Inventory at Retail

Beginning Inventory $ 100,000

Purchase ( Net ) $ 200,000

Net Markup $ 10345

Less Net Markdown ($26,135)

Less Sales Revenue ($ 186,000)

Ending Inventory $ 98,210

Therefore the ending inventory at retail will be $ 98,210

B1) Computation for a cost-to-retail percentage

Excluding both markups and markdowns.

Cost to Retail Percentage

Excluding both Markup and Markdown

Cost Retail

Beginning Inventory $ 58,000 $ 100,000

Purchase (Net) $ 122,000 $ 200,000

Total $ 180,000 $ 300,000

Cost to retail percentage = $180,000/$300,000 Cost to retail percentage = 60%

B2. Computation for a cost-to-retail percentage Excluding Markups but Including Markdown

Cost Retail

Beginning Inventory $ 58,000 $ 100,000

Purchase (Net) $ 122,000 $ 200,000

Less Mark down ($ 26,135)

Total $ 180,000 $273,865

Cost to retail percentage= $180,000 /$ 273,865*100

Cost to retail percentage= 65.73 %

B3. Computation for a cost-to-retail percentage Excluding Markdowns but including Markups

Cost Retail

Beginning Inventory $ 58,000 $ 100,000

Purchase Net $ 122,000 $ 200,000

Add Net Markups $ 10,345

Total $180,000 $ 310,345

Cost to retail percentage = $180,000 / $ 310,345*100

Cost to retail percentage = 58 %

B4. Computation for a cost-to-retail percentage Including both Markups and Markdown

Cost Retail

Beginning Inventory $58,000 $100,000

Purchase Net $ 122,000 $ 200,000

Net Markups $ 10,345

Less Net Mardown ($26,135)

Total $ 180,000 $ 284,210

Cost to retail percentage = $ 180,000/ $ 284,210 × 100

Cost to retail percentage = 63.33 %

Therefore the cost-to-retail percentage are:

B1. Cost to retail percentage 60%

B2. Cost to retail percentage 65.73 %

B3. Cost to retail percentage 58 %

B4. Cost to retail percentage 63.33 %

8 0

2 years ago

Give 5 numbers smaller than -2 and 5 numbers bigger than -2

Effectus [21]

Smaller: -3, -4, -5, -6, -7.
bigger: -1, 0, 1, 2, 3

6 0

3 years ago

Lawrence Summers served as secretary of the treasury in the Clinton administration and as director of National Economic Council

babunello [35]

Answer:

A) taking the cost into account because money spent on pollution reduction is not available for other worthy activities.

Explanation:

The economic approach tries to find solutions for problems optimizing the use of economic resources, therefore reducing costs and increasing benefits for every dollar spent.

Resources are scarce and that includes everyone, from a normal individual, to the richest person in the world, or the richest country in the world. The economic approach states that we should all try to maximize the benefits we obtain while exchanging resources. For example, if we need to study for a text and we know that solving problems helps us to learn more than just reading, then we should spend more time solving problems than reading because that way we can increase our benefits.

The US government and every other government in the world works on a budget and the money it spends doing A, will not be spent doing B. So the government must decide which actions to take in order for maximizing the benefits of the population (i.e. choose between A or B depending on which causes the greatest common good).

4 0

3 years ago