Consider a game in which Myer and DJs simultaneously choose whether to advertise (ADV) or not advertise (NOT). If both firms adopt NOT, the payoffs are (6, 10) to Myer and DJs, respectively. If both firms choose ADV, the payoffs are (5, 6). If Myer plays ADV and DJs NOT, the payoffs are (8, 5). Finally, if Myer plays NOT and DJs ADV the payoffs are (4, 12). Which statement is true? Group of answer choices The Nash equilibrium is (NOT, NOT); this game is a prisoners’ dilemma. The Nash equilibrium is (ADV, NOT); this game is a prisoners’ dilemma. The Nash equilibrium is (ADV, ADV); this game is a prisoners’ dilemma. The Nash equilibrium is (NOT, ADV); this game is a prisoners’ dilemma. The Nash equilibrium is (ADV, ADV); this game is not a prisoners’ dilemma.

Consider a game in which Myer and DJs simultaneously choose whether to advertise (ADV) or not advertise (NOT). If both firms opt to ADV, the payoffs are 10 to Myer and 7 to DJs. If both firms choose NOT, the payoffs are (5,8) where the first payoff is Myer’s and the second DJs’. If Myer plays NOT and DJs ADV, the payoffs are (20, 6). Finally, if Myer plays ADV and DJs Not, the payoffs are (15, 12), respectively. Which statement is (most) true?Group of answer choicesDJs has a dominant strategy.Myer does not have a dominant strategy.Myer’s best response to a strategy of ADV by DJs is to play NOT.The Nash equilibrium is (ADV, NOT), for Myer and DJs respectively.All of the above statements are true.

Consider two restaurants, R1 and R2, simultaneously decide what sort of cuisine they will focus on, Thai (T) or Vietnamese (V). If both opt for T, the payoffs are 10 each. If both opt for V, the payoffs are 20 each. If R1 plays T and R2 V the payoffs are (30, 40). If R1 plays V and R2 T, the payoffs are (50, 60) for R1 and R2, respectively. What are the Nash equilibria?Group of answer choices(V, V)(T, T)(T, T) and (V, V); this is a coordination game(T, V) and (V, T); this is a coordination game.None of the above.

ill in the blanks:Consider the department store market that has two rivals, DJs and Myer. Each firm can choose to either Advertise or Not Advertise. These choices are made simultaneously. The payoffs are given below in the following figure.  What is the total payoff for both Myer and DJs in the equilibrium? . Myer and DJs would be better off by choosing , respectively (write Advertise or Not). In that case, their total payoff would be .

In a co-ordination style game:Group of answer choicesThere are multiple Nash equillibriaNone of the other answers are correct.The outcome of the game will be the Nash equillibrium with the highest payoff for both parties.There is a unique Nash equillibrium

Consider Apple and Samsung considering developing an entering a new market (by developing a new type of device). Each firm simultaneously makes its choice whether or not to Enter (E) or to Not Enter (NE).  If both firms enter (E) the payoff is -5 to each firm. If both firms do not enter (NE) they each get a profit of 2. If one enters and the other chooses to NE, the entrant gets 10 and the other firm gets a profit of 0. What are the Nash equilibria of the game?Group of answer choices. (NE, E) and (E, NE), where the first strategy in each parentheses is Apple’s and the second is Samsung’s(E, E)(E, NE)(E, E) and (NE, NE)(NE, E)