Answer:
C) 2 x 2 mixed factorial
Explanation:
A 2 x 2 mixed factorial design refers to a research study that uses 2 independent variables (can be more, e.g. 3 x 3). One of the variables is a within-subjects factor, in this research the flavor is the within-subjects factor. The other variable is a between-groups factor, the between-groups in this research are the two groups of participants.
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.
The federal government has accounted for between two-thirds and three-quarters of all government spending since World War II. Since the end of the Korean War in the early 1950s, the federal government's purchases of goods and services as a percentage of GDP have been falling.
Automatic increases and decreases in government expenditure and taxation that follow the economic cycle. The majority of government spending in the United States took place at the state and municipal levels up to the Great Depression of the 1930s.
The federal government has accounted for between two-thirds and three-quarters of all government spending since World War II. Federal Expenditures and Purchases as a Percentage of GDP, 1950–2008.
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Answer:
#1, It can change and #3, it can be in an existing building to repair or remodel
Explanation:
Construction is not at a desk.
Economic Order Quantity is the optimal level of inventory where the inventory costs are the minimum. EOQ = (2AO/H)^(1/2).
<h3>What is
Economic Order Quantity?</h3>
Companies determine their ideal order size by performing a calculation known as the economic order quantity (EOQ), which enables them to meet demand without going overboard. To reduce holding costs and surplus inventory, inventory managers calculate EOQ.
The order size that minimizes the overall holding costs as well as ordering expenses in inventory management is referred to as the "economic order quantity," or "economic buying quantity." One of the first traditional production scheduling models is this one.
The following is the EOQ formula. EOQ is equal to the square root of 2 times demand times ordering cost)/carrying cost. Demand. The EOQ's assumptions state that the demand is unchanged. How much stock is used annually or how many goods are sold annually is the measure of demand.
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