Answer:
china
Explanation:
if your traveling to china on business do not discuss business during meals .
Answer:
Intra-Industry Specialization
Dynamic Comparative Advantage
Product Life Cycle Theory
Explanation:
Ice wine is a special spirit that can only be made during a few months in the winter. The nations of Fruzenton and Grappovia are in different hemispheres, and each produces ice wine. During each nation’s winter, its ice wine industry produces enough to meet domestic demand and export to the other country. The ice wine exchanged between the two nations is nearly identical. Intra-Industry Specialization
For many years, the nation of Stilettopia’s high-heel shoe producers have struggled in the international market because strict labor laws have made it hard to get productivity out of Stilettopians. In an effort to stimulate its industry, legislators in Stilettopia approve a bill that reduces the minimum wage and extends the number of hours shoe laborers can work in a day. Once the new policies take effect, Stilettopian high-heel shoe makers have lower costs than international competition and are able to reduce prices to the point that there is demand to export their shoes. Dynamic Comparative Advantage
Since the turn of the century, nearly all X-ray machines purchased by hospitals have been made in Alloway. However, engineers in Osteoville recently designed an X-Ray machine that produces much more accurate results, leading to fewer malpractice cases and more reliable diagnoses. These new X-ray machines quickly become the industry standard. As a result of this, the production of X-ray machines is thriving in Osteoville, while firms in Alloway lose market share and begin trying to develop a new source of advantage Product Life Cycle Theory
Answer:
$2,400
Explanation:
Total production Cost:
= Direct materials and direct labor + Indirect materials and indirect labor + Insurance on manufacturing equipment
= $7,000 + $2,000 + $3000
= $12,000
Amount should be reported as inventory in the company’s year-end balance sheet:
= (Total production Cost ÷ Units manufactured) × (Units manufactured - Units sold)
= ($12,000 ÷ 1,000) × (1,000 - 800)
= $12 × 200
= $2,400
To solve:
If we assume there are 30 days in the month then the policy was held by the original owner from November 1st – May 15th which is 195 days. Assuming there are 30 days in the month there are 360 days in the year and that is equal to 1,080 for the insurance policy. If we divide the price of the policy, $1,164 by the amount of days the policy will be held for 1,080 then the policy is worth $1.08 a day. Next, take the amount of days the original owner held the policy and multiply it by the amount per day the policy costs (195)($1.08) = $210.60 Then, we need to subtract $210.60 from the full cost of the policy ($1,164 - $210.60) = $953.40 The buyer should pay the seller $953.40 at closing.
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The correct answer is option D
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