Answers are:
<span>Producers supply the exact goods that consumers buy.
Consumers have enough goods, at the given price
</span><span>Producers use their resources efficiently
At the equilibrium price, the quantity bought= quantity sold. Consumers have enough goods at the given price, meaning that there isn't anyone who wants to buy the good at that price but can't, and producers use their resources efficiently.
The whole economy does not waste resources, since this is the market-efficient outcome, and there aren't many shortages or surpluses for the same reason. </span>
Answer:
(a) Work/leisure choice
(b) Marketing strategy
Explanation:
Microeconomic issues relate to those that are within the scope and power of individuals, households and firms which means that problems here will relate to decisions that these participants make in relation to resource allocation.
Choices relating to leisure or work have to do with the individual and the resources they would need or derive from either work or leisure and so are a microeconomic problem.
The marketing strategy that a firm should pursue is related to an individual firm and so is a microeconomic problem as well.
To keep every other branch in check if we had only one then they could go corrupt. (separation of power)
<span>The answer for the above question is managerial. When Herbert took a new position at Galbrook Manufacturing Company, the firm was near insolvency. One of Herbert's first acts was to establish specific goals for sales growth and a strategy for achieving them. He also changed the organizational structure and developed an elaborate control system for keeping the company on track. Herbert is functioning in a(n) managerial position at Galbrook Manufacturing.</span>
Answer:
Instructions are below.
Explanation:
Giving the following information:
Selling price= $90
Unitary variable cost= $36
Fixed costs= $135,000
First, we need to calculate the contribution margin per unit.
Contribution margin= selling price - unitary variable cost
Contribution margin= 90 - 36= $54
To calculate the break-even point in units, we need to use the following formula:
Break-even point in units= fixed costs/ contribution margin per unit
Break-even point in units= 135,000 / 54
Break-even point in units= 2,500 units
