Answer:
Demand deposits is the answer of your question
Answer:
False.
Explanation:
The concept of "Nash equilibrium" is been by economist and also by "gamers" in game theory. Nash equilibrium is so good for making decisions and the determination of strategies.
In playing this game, the players or participants can use the pure strategy or the mixed strategy. The mixed strategy is the use of different strategies randomly.
"If a player chooses a mixed strategy in a Nash equilibrium, this implies that the payoff from using that mixed strategy is the same as the payoff from using any of the pure strategies in it".
The statement given above is FALSE because the PAYOFF WILL INCREASE IF WE ARE TO PLAY A MIXED STRATEGY.
For instance if we have a head of 1 and -1, and a tail of -1 and 1, the payoff for pure strategy is likely one or minus one but for a mixed strategy it could be zero.
<span>Expected utility is calculated by multiplying the utility of each possible outcome by its probability and summing the products. So if Terri has a 25% chance of becoming disabled and purchases a policy then her expected utility is: (.25 x $20,000) + (.75 x $80,000) = $5,000 + $60,000 = $65,000. On the other hand, if Terri does not purchase a policy then her expected utility is (.25 x $0) + (.75 x $80,000) = $0 + $60,000 = $60,000.</span>
Answer:
C. 25.5%
Explanation:
Net operating cashflow = (250,000 - 100,000) = 150,000; This is a recurring cashflow; the PMT
Cost of equipment; the PV = 400,000
Next, calculate the rate of return using Net operating cashflow per year and the equipment cost. You can do this with a financial calculator;
N =5
PMT = 150,000
FV = 0
PV = -400,000
then CPT I/Y = 25.41%
Therefore the return is closest to 25.5%
