Answer:
Each player can adopt a T for T strategy or a trigg er strategy. It is important to state that these strategies were not possible in a one-time game.
The equilibrium is that both players answer honest and each makes normal profit.
Both games, the P risoners' dilemma and this game, have a cooperative equilibrium in the long term. If a player employs a trig ger strategy or a T for T strategy, they can reach the cooperative honesty/honesty outcome.
In a short term, game equilibrium is not likely due to lying is more profitable than answer honestly deploying stated strategies.
Reference: NomCab HSEONE. “PS8- solution.” Academia , 2019.
The complete question has been added with an image for better understanding of the concept. The beneficiaries of the inflation and interest rates will be,
- When inflation is 1 percent, Diane will benefit more than Jack;
- When inflation is 0 percent; Diane will benefit more than Jack;
- When inflation is 4 percent; Jack will benefit more than Diane;
- When inflation is -2 percent; Diane will benefit more than Jack.
<h3>What is inflation?</h3>
A given increase in rates or prices of any commodity, including monies, over a particular financial period is known as inflation.
The rates and beneficiaries due to the unexpected change in inflation for the above situation is given attached in the image in the form of a table.
Hence, the significance of inflation is as mentioned.
Learn more about inflation here:
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The answer is d. strategy
Answer:
(a) requires that individual employees be specifically named.
Explanation:
Referring to new Employ theft policy it states that commercial crime employee theft coverage will insure theft losses that include specific individual with names, positions or jobs.
Answer:
25% = 0.25 = 25/100 --> 1/4
90% = 0.90 = 90/100 --> 9/10
60% = 0.6 = 3/5
35% = 0.35 = 35/100 --> 7/20
33.3...% = 0.33... = 1/3
65% = 0.65 = 65/100 --> 13/20
How to calculate percentage:
[From decimal]
Decimal x 100 = percentage
e.g. 0.2 x 100 = 20%
[From fraction]
Numerator / Denominator x 100 = percentage
top number / bottom number x 100 = percentage
e.g. 3/5 --> 3 / 5 x 100 = 0.6 x 100 = 60%
How to calculate decimal:
[From percentage]
Percentage / 100 = Decimal
e.g. 45% / 100 = 0.45
[From fraction]
Numerator / Denominator = Decimal
top number / bottom number = Decimal
e.g. 7/8 = 7 / 8 = 0.875
How to calculate fraction:
[From percentage]
Percentage number / 100 --> simplify
e.g. 38% --> 38/100 --> 19/50
[From decimal]
Decimal x 100 / 100 --> simplify
e.g. 0.75 --> 0.75 x 100 = 75 --> 75/100 --> 3/4
Hope this helps :)