Answer:
The answer is b) how technology is best used in the production of goods and services
Explanation:
The concept of welfare economics is used in the context of the Economy and public finances. It is defined as the branch of the economy that tries to determine the conditions that are needed to reach the maximum of social welfare. For this, the conditions are established to maximize production with a given amount of resources and optimization of the distribution of goods and services, analyzing the policies pursued in the achievement of goals that are considered desirable from the point of view of well-being.
Answer:
a. $21,725.65
b. $19,385
c. 27,421.32
Explanation:
Savings = 125,000
Annuity Formula :
[ 
( 
) ] = 
( 
)
Solving the equation we get,
A = $21,725.65
The question is incomplete as it is missing the figures. The complete question is,
Mercer, Inc. provides the following data for 2019:
Net Sales Revenue 598000
Cost of Goods Sold 350000
The gross profit as a percentage of net sales is ________. (Round your answer to two decimal places.)
Answer:
Gross profit as a percentage of net sales = 0.4147 or 41.47%
Explanation:
The gross profit is a profit earned by a business through its trading activity. It is calculated by deducting the cost of goods sold from the net sales revenue and it is the profit earned by a business before deducting any operating and non operating expenses of the business.
Gross profit = Net Sales - Cost of goods sold
Gross Profit = 598000 - 350000 = $248000
The gross profit as a percentage of net sales is,
Gross profit as a percentage of net sales = Gross profit / Net Sales
Gross profit as a percentage of net sales = 248000 / 598000
Gross profit as a percentage of net sales = 0.4147 or 41.47%
Answer:
50 customers per day
Explanation:
For computing the capacity required customers per day, first, we have to compute the current demand per day which is shown below:
Current demand = Average number of pets per day × estimated percentage
= 74 pets × 60%
= 44.4 per day
Now the capacity required per day would be
= (Current demand per day) ÷ (1 - capacity cushion percentage)
= 44.2 ÷ (1 - 0.12)
= 50.22 per day
