Answer:
The correct answer is option (D).
Explanation:
According to the scenario, the given data are as follows:
Purchase cost = $3,300
Transportation cost = $290
Return value = $230
Discount rate = 3%
So, the total cost of merchandise can be calculated as follows:
First we less the return value from purchase value. Then,
= $3,300 - $230 = $3,070
Now, we less the discount, then
3% of $3,070 = $92.10
Net purchase value = $3070 - $92.10 = $2977.90
Now, we add the transportation cost in purchase value.then,
= $2977.90 + $290
= $3,267.90
Hence, the total cost of this merchandise is $3,267.90
Answer: B
The marginal propensity to save will remain unchanged in each of the countries.
Explanation:
Marginal propensity to consume (MPC) is the percentage of increase or decrease in income that goes to consumption
Marginal propensity to save (MPS) is the percentage of increase or decrease in income that goes into savings. It can also be expressed as:
1 - MPC
Average propensity to save measures the level of saving at a given level of income.
The marginal propensity to save measures changes in savings relative to changes in income but the income remains unchanged here, the MPS also remains unchanged.
Answer:
A. Information published by the U.S. Bureau of the Census that identifies which regions of the United States are experiencing the most rapid growth in Mexican-American population.
Explanation:
As the restaurant is famous and serves the Mexican cuisine, it needs data that will provide information about the interests of people in Mexican Cuisine.
The information published by the US Bureau about the population of Mexican citizens growing will help the restaurant identify the areas where it will find its most probable customers for the Mexican Cuisine.
The census will provide the maximum information about the regions with the population with Mexican people as the chances to like Mexican cuisine is maximum with Mexican population.
The answer is 1000
Density formula is weight/volume, so the unit should be gram/centimeter^3. To convert gram/centimeter^3 into kilogram/meter^3, the <span>conversion factors would be:
</span>(gram/centimeter^3) / (kilogram/meter^3)
= (gram/kilogram) /(centimeter^3/meter^3)
<span>= (gram/ 1000gram) / (centimeter^3/ 100^3 centimeter^3)
= (1/1000) / (1 / 100^3)
= 1,000,000/1000= 1,000</span>
