Explanation:
The preference committee members are as follows:
Member 1 prefers a to b and b to c
Member 2 prefers c to a and a to b
Member 3 prefers b to c and c to a
The order of this problem can be solved:
Preference for 1, 2 and 3 are as below:
1. a then b then c
2. c then a then b
3. b then c then
Member 1 knowing advantage , will always disagree with 2 and 3 so that he can win when it comes to vote
So, 2 and 3 in order to win , will have to cooperate with each other.
As we can see that the least suitable option according to Member 2 and Member 3 are b and a respectively. Therefore they would not consider supporting either b or a.
So the possible option of Member 2 and Member 3 supporting will be C.
Therefore both 2 and 3 will agree on C.
The predicted outcome of the game is C.
Answer:
The E.E.O.C: Equal Employment Opportunity Commission
Explanation:
Hope This Helps!!
Answer:
The correct answer is option C.
Explanation:
The law of diminishing marginal utility means that keeping other things at constant the marginal utility derived from the consumption of a commodity goes on declining with each additional unit of the commodity.
So, the marginal utility from the first unit will be highest, that from second unit will be lesser, that from third even lower and so on.
In the examples given above, Wesly's case is most applicable to this.
So, option C is the correct answer.
False because I know give brainlessly because I so swag and cool
Answer:
C. A situation where no economic agent would benefit by changing his or her behavior
Explanation:
An economic equilibrium is when the agents are optimizing their decisions and opposing market forces are equal. This point allows the economic agents to maximize their utility and any change from this point will cause all agents to move away from potential maximum benefits.
In a natural equilibrium there is usually no government intervention so option A is false. Option B gives only one agent potential benefits and as such there is no equilibrium. Option D is conditional and may or may not happen as when the agents find missing information they would optimize again and move to an equilibrium.
Hope that helps.
