Answer:
pricing low
yes
Explanation:
Game theory looks at the interactions between participants in a competitive game and calculates the best choice for the player.
Dominant strategy is the best option for a player regardless of what the other player is playing.
Nash equilibrium is the best outcome for players where no player has an incentive to change their decisions.
if either firm charges high, they either earn 11 million or 2 million.
if either firm charges low, it would earn either 15 million or 8 million.
because the payoffs of charging low is higher than the payoffs of charging high, the best strategy is for the firms to charge low if there is no cooperation.
the game is a prisoners dilemma because the choice the firms make isn't the choice that will yield the highest payoffs. the choice that would yield the highest payoffs is to both charge high prices.
Answer:
358.33 times
Explanation:
The computation of the simple forecast combination is shown below:
= (Forecast sales done by Mary + Forecast sales done by Susan + Forecast sales done by Sarah) ÷ (Total number of observations)
= (341 + 535 + 199) ÷ (3)
= (1,075) ÷ (3)
= 358.33 times
We simply divided the total sales forecasted done by each one by the total number of observations
Answer:

So option (b) is correct option
Explanation:
We have given value of operation PV = $25.00
WACC, that is
= 11.50% = 0.1150
It is grow at a constant rat of 7 % so g = 0.07
We have to find the value of 
We know that value of operation is given by

So 

So option (b) is correct option
<span>A
company's employee database includes each employee's compensation.
Part a)
An employees compensation is a continuous variable because it can take fractional values.
Monetary values doest have to be an integer it also takes decimal values.
Part b)
The possible
values it can take on are any value in the interval of compensations for the employee's level.</span>
Answer:
A
Explanation:
if its wrong than forsure d