Consider a market in which Aldi must choose whether to Enter (E) or Not Enter (NE). If Aldi chooses to Not Enter, its payoff is 10 and its rival Coles’ payoff is 20. If Aldi Enters this is observed by Coles, and Coles must choose either to Punish (P) or Accommodate (A). If following Entry by Aldi Coles Punishes the payoffs are 5 to Aldi and 10 to Coles. If following Entry by Aldi Coles Accommodates the payoffs are 12 to Aldi and 15 to Coles. What are the credible equilibria (SPE) of the game?

Consider a market in which Aldi must choose whether to Enter (E) or Not Enter (NE). If Aldi chooses to Not Enter, its payoff is 10 and its rival Coles’ payoff is 20. If Aldi Enters this is observed by Coles, and Coles must choose either to Punish (P) or Accommodate (A). If following Entry by Aldi Coles Punishes the payoffs are 5 to Aldi and 10 to Coles. If following Entry by Aldi Coles Accommodates the payoffs are 12 to Aldi and 15 to Coles. What are the Nash equilibria of the game?Group of answer choices(NE, A)(E, P)(NE, P) and (E, A)(NE, P)(E, A)

Consider the strategic interaction between Coles and Woolworths considering entering and establishing a store in a country town. Coles gets to make its decision first. It can Enter (E) or Not Enter (NE). This choice is observed by Woolworths that then chooses either E or NE. If both firms opt for E they each get -5. If both choose NE, the payoff to each is 5. If Coles opts for E and Woolworths NE Coles gets 20 and Woolworths 0. Conversely, if Coles goes NE and Woolworths E, Woolworths gets 20 and Coles 0.If possible, in this strategic environment, you would prefer to be                because there is a                .Group of answer choicesColes; first-mover advantage.Woolworths; first-mover advantage.Coles; second-mover advantage.Woolworths; second-mover advantage.either Coles or Woolworths; either first-mover or second-mover advantage.

Consider the following entry game played between rivals Huawei and Apple. Firstly, Huawei can consider entering a new market (E) or not entering (NE). If Huawei opts for NE, the payoffs to Huawei and Apple are (10, 100), respectively. If Huawei enters, Apple observes this choice by its rival and can itself choose NE or E. This choice by Apple is observed by Huawei, who can then make a choice whether to Retreat (R) or Stay (S). If Huawei entered (E) the market, and Apple chose to NE, if Huawei opted to R, the payoffs are (10, 50). If Huawei opted for E, Apple chose NE and Huawei then Stayed (S) the payoffs are (80, 20). If Huawei chose E, then Apple chose E, and then Huawei chose R, the payoffs are (5, 95). Finally, if Huawei opted for E, Apple E, then Huawei chose S, the payoffs are (0, 40). In the credible (subgame perfect) equilibrium outcome of the game, the payoff enjoyed by Apple isGroup of answer choices10050209540

Consider a pricing game between Coles and Woolworths. Each firm simultaneously chooses whether to price High or Low. If both firms price Low, the payoffs are 8 to Coles and 2 to Woolworths. If both firms choose High, the payoffs are 3 to Coles and 7 to Woolworths. If Coles opts for Low and Woolworths High, Coles gets 5 and Woolworths 4. Finally, if Coles plays High and Woolworths Low, Coles gets 7 and Woolworths receives a payoff of 6. Which statement is true?Correct!  the outcome of the game is (Low, High), where Coles if playing the first strategy Low and Woolworths High; this game is a prisoners’ dilemma   the outcome of the game is (High, Low); this game is a prisoners’ dilemma   the outcome of the game is (Low, Low); this game is not a prisoners’ dilemma   the outcome of the game is (High, High); this game is a prisoners’ dilemma

Consider a pricing game between Coles and Woolworths. Each firm simultaneously chooses whether to price High or Low. If both firms price Low, the payoffs are 9 to each firm. If both firms choose High, each firm gets 7. If one firm chooses Low and the other High, the Low-priced firm gets 1 and the firm that opted for High gets 10. Which statement is true?Group of answer choicesthe outcome of the game is (High, High); this game is not a prisoners’ dilemmathe outcome of the game is (High, High); this game is a prisoners’ dilemmathe outcome of the game is (Low, Low); this game is not a prisoners’ dilemmathe outcome of the game is (Low, Low); this game is a prisoners’ dilemmanone of the above