Answer: true, there is an equilibrium.
Explanation:
the above game is a pure strategy. A pure strategy occur when the game is strictly determined. the criteria used to determine the pure strategy is maxi-min and min-max. max-min means selecting the least case from all best cases and min-max means selecting the best from all least cases.
Base on the criterion, the least out of all best for max-min is 1 unit and the best out of all least cases for min-max is 1 unit. the max-min is equal to the min-max,hence it strictly determined and therefore a pure strategy.
Answer:
b. $303,000
Explanation:
The activity rate
1. Machining = 
= $ 20 per machine hour
2. Machine set up =
= $ 500 per set up
3. Product design =
= $ 22000 per product
4. Order size =
= $ 26 per direct labor hour
Now the ABC cost (Product T05P)
1. Machining = 
= 4000 x 20
= $ 80,000
2. Machine set ups = 
= 90 x 500
= $ 45,000
3. Product design = 
= 1 x 22000
= $ 22,000
4. Order size = 
= 6000 x 26
= $ 156,000
Therefore, the total manufacturing overhead cost assigned to product T05P = 80000 + 45000 + 22000 + 156000
= $ 303,000
Answer:
they wanted to eliminate prices
Explanation:
hope this helped :)
Answer:
The average expected rate of return on the market portfolio is 10 percent.
Explanation:
The CAPM (fixed asset pricing) model describes the relationship between systematic risk and expected return on assets, especially stocks. CAPM is widely used throughout the financial community to value high-risk securities and achieve the expected returns on assets when taking into account the risk of those assets and the cost of capital.
The formula for calculating the expected return on an asset taking into account its risk is as follows:
ERi = Rf + βi (ERm - Rf)
where:
ERi = expected return on investment
Rf = risk-free interest rate = 4 percent.
βi = beta inversion =1.0
(ERm −Rf) = market risk premium = 6 percent.
ERi = 4 + 1 ×(6) =10
The average expected rate of return on the market portfolio is 10 percent.
