Answer:
c. $1.58.
Explanation:
The computation of the direct materials cost per equivalent unit is given below:
Equivalent units for material is
= 100% of 193,000 + 100% of 28,000
= 193,000 + 28,000
= 221,000
Equivalent cost for material is
= $94,100 + $254,800
= $348,900
So, the direct materials cost per equivalent unit is
= $348,900 ÷ 221,000
= $1.58
Answer: exclusive
Explanation: Exclusive distribution refers to the distribution system in which the company allows only some retailers exclusively to distribute their product in a particular geographic region.
In the given case, McDonald's is offering franchise to an existing franchisee of the company. Thus, we can conclude that the above case is an example of exclusive distribution system.
The best answer that completes the statement above is this: CHANGING CRITERION DESIGN.
This question is based on the use of a double-blind study. When we say double-blind study, from the term itself double-blind, it means that neither the experimenters nor the sample or participants are going to receive the treatment of the said experiment. This kind of study is typically used in order to remove bias in the research results. Hope this helps.
Answer:
Weighted average unit cost = $8.78
Explanation:
<em>The weighted average method of inventory determines the average cost per unit of inventory each time a new batch is received. or every new batch received the average cost per unit is re-computed by dividing the total value of stock by the outstanding number of units.</em>
The explanation is completed using calculation below:
Total value of stock = (250× $5) + (500×$9) + (375 × 11) = $9,875
Total units of stock = 250 + 500 + 375 = 1,125 units
Weighted average unit cost = Total value of stock / total units of stock
= $9875
/ 1125 units = $8.78
Weighted average unit cost = $8.78
Answer: Positive.
Explanation:
Suppose there are two related goods, i.e, Good A and Good B.
Cross price elasticity of demand refers to the responsiveness of demand for Good A if there is a change in the price of its related good, i.e, Good B.
Now, we are talking about gasoline and public transportation, suppose if there is increase in the price of gasoline then it will be costlier for the people to drive their own cars, as a result demand for public transportation increases.
There is a positive relationship between the gasoline and public transportation.
Hence, cross-price elasticity of demand between gasoline and public transportation is Positive.
