Answer:
d. shareholder voting rights
Explanation:
Cumulative is characteristic of preferred stock, in that dividend not paid in a year is carried forward and to be paid in the future.
When the preferred stock is non-cumulative, the dividend not paid in a year is forfeited.
Preferred stock or debenture can be convertible into a known number of common stock in the future.
The characteristic of common stock is that it entitles its holders to vote on certain major decisions.
Answer:
Dealer Market
Explanation:
In a dealer market, multiple dealers give out their various prices on the sales and purchases of their specific and particular security of instrument. It is a financial tool for dealers in the market. The dealer market becomes more efficient for financial securities because it provides superior mechanism which should be protected.
It enables buyers and sellers to buy and sell independently through the market makers, known as dealers.
Foreign exchange and bonds are found in the dealer market.
In the secondary market, securities are traded by investors while in the primary market, they are created.
Answer:
D. May require losing money fighting the first potential entrant.
Explanation:
In this form of gaming, or in this game theory, it is said to be played over and over and could possible be in a probability form that is why that possibly, as a player, you may require loosing money fighting the first potential entrant.
Fighting the first entrant, possibility of cooperating means that their could be a possible compromise in order to carry on accepting a payoff over a certain period of time, knowing that if we do not uphold our end of the deal, our opponent may decide not to either.
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Answer:
The return on stock XYZ is 3.2
Explanation:
The expected return on a stock whose returns differ based on different scenarios can be calculated by multiplying the return in a scenario by the probability of that scenario and taking a sum of all such scenario returns after they have been multiplied by their respective probabilities.
The formula can be written as,
Return on a stock = rA * pA + rB * pB + ... + rN * pN
Where,
- r represents the scenario returns
- p represents the probability of scenarios
Probability of normal state (x) = 1 - (0.15 + 0.1 + 0.2) = 0.55
Return on stock XYZ = 0.35 * 0.15 + 0.08 * 0.55 + 0.01 * 0.1 + (-0.33) * 0.2
Return on stock XYZ = 0.0315 or 3.15% rounded off to 3.2%