Answer: The correct answer is "a. the dollar will depreciate and the peso will appreciate.".
Explanation: If the inflation rate in the United States rises relative to the inflation rate in Mexico, it follows that the dollar will depreciate and the peso will appreciate.
As inflation in the United States is higher, the dollar is affected by a loss of purchasing power, therefore it depreciates with respect to the Mexican peso.
Answer:
$580 billion
Explanation:
Given that
GNP = $600 billion
Receipts of factor income from the rest of the world = $50 billion
Payments of factor income to the rest of the world = $30 billion
So, The computation of the GDP is shown below:
= GNP - Receipts of factor income from the rest of the world + Payments of factor income to the rest of the world
= $600 billion - $50 billion + $30 billion
= $580 billion
Option (b), The salesperson is one of the most crucial in-store elements. The exchange theory, which emphasizes that each participant provides to the other and anticipates receiving something in return, can be used to explain this influence.
<h3>What does exchange theory actually mean?</h3>
According to the social exchange hypothesis, two people's relationships grow as a result of a process of cost-benefit analysis. In other words, it's a statistic designed to measure the amount of effort a person expends during a face-to-face conversation.
<h3>What are the basic tenets of the exchange theory?</h3>
The basic tenet of the theory of social trade is the concept of costs and benefits. This suggests that people's decisions and behaviors are influenced by their estimations of cost and reward. Costs are the unfavorable outcomes of a decision, including time, money, and energy. Social interactions produce benefits, which are rewards.
Learn more about exchange theory: brainly.com/question/29611150
#SPJ4
Answer:
Given,
Annual demand, D = 12500,
Setting up cost, S = $ 49,
Production rate per year, P = production facility × capability of production = 300 × 105 = 31500,
Holding cost per year, H = $ 0.15,
Hence,
(i) Optimal size of the production run,
(ii) Average holding cost per year,
(iii) Average setup cost per year,
(iv) Total cost per year = average setup cost per year + average holding cost per year + cost to purchase 12500 lights
= 166.44 + 166.48 + 12500(0.95)
= $ 12207.92
