Answer:
Correct option is B <u>peak-load pricing</u>
Explanation:
This is an example of peak load pricing, as the people who buy the resort service at the time of the peak are not able to get the low prices but in the off season the same goods are available at a lower price.
Answer:
Required rate of return = 8.33% Approx.
Explanation:
Given:
Preferred stock outstanding = $60
Dividend = $5
Find:
Required rate of return
Computation:
Required rate of return = [D / P]100
Required rate of return = [5/60]100
Required rate of return = 8.33% Approx.
The Nash equilibrium in an oligopolistic market is generally worse for society than the outcome under collusion because the price is equal to marginal price.
<h3>What is Oligopoly?</h3>
- A market structure which has a small number of enterprises and none of which can prevent the others from having a large impact known as an oligopoly.
- The market share of the major companies is calculated using the concentration ratio.
- Basically, a market with a monopoly has just one producer, a duopoly has two businesses.
- An oligopoly has three or more businesses. Although there is no exact maximum limit to the number of businesses in an oligopoly.
- Mainly, there must be few enough that the decisions of one business have a big impact on the others.
<h3>What is Nash Equilibrium?</h3>
- The Nash equilibrium is the most popular technique in game theory to describe the outcome of a non-cooperative game involving two or more participants.
- Each player in a Nash equilibrium is considered to be aware of the equilibrium strategies of the other players, and changing one's own strategy will not benefit anyone.
- Nash Equilibrium shares its name with the mathematician John Forbes Nash Jr.
Know more about Nash Equilibrium brainly.com/question/13026299
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<span>Doc's ribhouse beginning equity = $52,000
Net income = $35,000
dividends by the company = $12,000
Ending equity = ?
we can calculate ending equity by using this formula:
</span><span>Beginning Equity + Net Income - Dividends = Ending Equity
</span><span>now by putting the values we get
$52,000 + $35,000 - $12000 = Ending equity
Ending equity = $52,000 + $23,000
= $75,000
so, $75,000 is the ending equity.
</span>
Answer:
The bond should sell for a price of $59.74 today.
Explanation:
Zero Coupon Bond is a bond which does not offer any interest payment but it is issued at deep discount amount from the face value of the bond.
Price of Zero Coupon Bond = ![\frac{F}{( 1 + r )^t}](https://tex.z-dn.net/?f=%5Cfrac%7BF%7D%7B%28%201%20%2B%20r%20%29%5Et%7D)
F = Face / Par Value of Bond = $1,000
r = rate of interest = 11%
n = number of years = 27 years
Price of Bond = ![\frac{1000}{( 1 + 0.11)^27}](https://tex.z-dn.net/?f=%5Cfrac%7B1000%7D%7B%28%201%20%2B%200.11%29%5E27%7D)
Price of Bond = $59.74
As Zero coupon bond does not offer any discount so, it is valued much below the par value.