Answer:
0.9717 per unit sold (approx)
Explanation:
Here, we are assuming 52 weeks in a year.
Contribution margin:
= (Sales revenue - variable cost) ÷ sales revenue
= [(3.52 × 10 + 3.52 × 0.18 × 540 × 52) - (3.52 × 0.26 × 551)] ÷ (3.52 × 10 + 3.52 × 0.18 × 540 × 52)
= [(35.2 + 17,791) - (504)] ÷ (35.2 + 17,791)
= [17,826.2 - 504] ÷ 17,826.2
= 17,322.2 ÷ 17,826.2
= $0.9717 per unit sold (approx)
Answer:
you are able to make better informed decisions
Explanation:
by being well informed on a product you are able to make decisions and see potential problems ahead of the actual problem
Answer:
c. the GDP deflator and the consumer price index.
Explanation:
Two alternative measures of the overall level of prices are the GDP deflator and the consumer price index.
The GDP deflator can be defined as a measure of the changes in prices for all of the finished goods and services produced domestically in an economy in a particular period of time, usually a year. This simply means that, the gross domestic product deflator measures the inflation in an economy.
Consumer price index (CPI) can be defined as a measure of the aggregate or average changes in price level of a weighted market basket of finished goods and services that consumers purchased over a specific period of time. The CPI is also a measure of the inflation in an economy over a specific period of time.
Answer:
The answer is Instrumental behavior. It is an action performed to reach a goal, such as to obtain a food item, achieve some other kind of reward, or remove a punishment; the behavior causes the desired outcome. Problem-solving is a subset of instrumental behavior, invoked when a direct action (such as reaching for an object) cannot achieve the goal and an indirect approach must be used (such as opening a container to get the object). To paraphrase Thorndike, a problem exists when the goal that is sought is not directly attainable by the performance of a simple act available in the animal's repertoire.
Explanation:
Answer:
d. $25,000
b. ($5,000) loss
Explanation:
In the first case, the gain or loss on this transaction is
Gain or loss on this transaction is
= Sale value of the land - adjusted basis of the land
= $110,000 - $85,000
= $25,000
We ignored the fair market value of the land for computing the gain or loss of the transaction
In the second case, the gain or loss on this transaction is
Gain or loss on this transaction is
= Sale value of the land - fair market value
= $80,000 - $85,000
= -$5,000 loss