Answer:
0.1333
Explanation:
Given that,
Selling price = $5
Variable cost = $3
Annual sales = $20,000
Total sales = $60,000
Contribution margin:
= Selling price - Variable cost
= $5 - $3
= $2
Number of units sold:
= Annual sales ÷ Selling price
= $20,000 ÷ $5
= 4,000 units
Total contribution sales:
= Number of units sold × Contribution margin per unit
= 4,000 units × $2
= $8,000
Weighted contribution:
= Total contribution sales ÷ Total sales
= $8,000 ÷ $60,000
= 0.1333
Answer:
The correct answer ise. do nothing and leave prices unchanged.
Explanation:
It has been observed that many oligopolistic industries exhibit an appreciable degree of price rigidity or stability. In other words, in many oligopolistic industries prices remain sticky or inflexible, that is, there is no tendency for oligopolists to change the price even if economic conditions undergo a change.
There have been many explanations of this price rigidity in the oligopoly and the most popular explanation is the so-called crooked demand curve hypothesis. The crooked demand curve hypothesis was presented independently by Paul M. Sweezy, an American economist, and by Hall and Hitch, Oxford economists.
It is to explain the price and production under oligopoly with product differentiation, that economists often use the hypothesis of the crooked demand curve. This is because when products under oligopoly differ, it is unlikely that when a company increases its price, all customers abandon it because some customers are intimately linked to it due to product differentiation.
As a result, the demand curve facing a company under differentiated oligopoly is not perfectly elastic. On the other hand, under the oligopoly without product differentiation, when a company increases its price, all its customers leave it, so that the demand curve faced by an oligopolist that produces a homogeneous product can be perfectly elastic.
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Over the next five years, the Internet of Things will bring about amazing potential. The Internet of Things (IoT) business still has a long way to go in terms of overall security, even while smart things are just that. "Insecurity by design" refers to how many IoT devices released today were developed with minimal regard for privacy and security safeguards.
Learn more about security here:
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So they are more likely to find where they are in that career oath
