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Two costs at Bradshaw Company appear below for specific months of operation. Month Amount Units Produced Delivery costs Septembe

sergeinik [125]

Answer:

D

Explanation:

Delivery costs are mixed and utilities are variable.

Variable costs are cost that changes in direct proportion to the level of production. This means that when the variable cost increases then more units are produced and decreases when less units are produced.

Mixed costs also known as semi-variable costs have properties of both fixed and variable costs due to the presence of both variable and fixed components in them.

In this case utilities is a variable cost, it increases as the units increase, while delivery cost is a mixed cost, it has the element of both fixed and variable.

A fixed cost does not change with the level of activity it remains the same.

7 0

4 years ago

there are five basic supply chain activities a company undertakes to manufacture and distribute products which of the following

kvasek [131]

Answer:

please mark as brainlist

6 0

3 years ago

Raphael lives in New York City and runs a business that sells guitars. In an average year, he receives $735,000 from selling gui

dlinn [17]

Answer:

Explicit cost

The wages and utility bills that Felix pays

The wholesale cost for the guitars that Felix pays the manufacturer

Implicit cost

The rental income Felix could receive if he chose to rent out his showroom

The salary Felix could earn if he worked as a paralegal

Accounting profit = $45,000

Economic profit = $11,000

Explanation:

Implicit cost also known as opportunity cost is the cost of the next best option forgone when one option is chosen over another option.

When Felix decides to open a guitar shop, he would be forgoing the opportunity of working as a paralegal.

Also, he would be forgoing the opportunity of earning rental income from his showroom.

Explicit cost is the actual cost incurred

Accounting profit = Revenue - Total Explicit Costs

Total Explicit Costs = $435,000 + $255,000 = $690,000

$735,000 - $690,000 = $45,000

Economic profit = Accounting profit - Implicit cost

Total implicit costs = $24,000 + $10,000 = $34,000

$45,000 - $34,000 = $11,000

5 0

4 years ago

Cost data for Mix-A-Lot Manufacturing Company for the month ended March 31, 2016, are as follows:

ss7ja [257]

Answer:

determine the cost of good sold for march 2016

6 0

3 years ago

g Suppose the economy has only the following three goods: Year Good Price Quantity 2014 Ice cream cones $2.50 1,000 Hot dogs $1.

snow_tiger [21]

Answer:

a. Nominal GDP for 2014 is $ 4125 and Nominal GDP for 2015 is $ 5100

b.

Percentage change in GDP from 2014 to 2015 (using 2014 prices) = -5,45%

Percentage change in GDP from 2014 to 2015 (using 2015 prices) = -9,3%

c.

Percentage change in real GDP from 2014 to 2015 (using 2014 prices) = -5,45%

Percentage change in real GDP from 2014 to 2015 (using 2015 prices) = -9,3%

They are the same answers from the previous point.

d. GDP deflator for 2015 = 130.769

Explanation:

a. Calculate nominal GDP for 2014 and 2015:

GDP for 2014:

To calculate nominal GDP we take the quantities of each product and multiply them by the corresponding prices for that year. That is:

P Q P*Q

Ice cream 2,50 1000 2500

Hot dogs 1,25 500 625

Surfboards 100 10 1000

Then, we add the "P*Q" of each product. Therefore:

Nominal GDP for 2014: 2500 + 625 + 1000 = 4125

GDP for 2015:

To calculate nominal GDP we take the quantities of each product and multiply them by the corresponding prices for that year. That is:

P Q P*Q

Ice cream 3,50 800 2800

Hot dogs 2,25 400 900

Surfboards 100 14 1400

Then, we add the "P*Q" of each product. Therefore:

Nominal GDP for 2015: 2800 + 900 + 1400 = 5100

b. Percentage change in GDP from 2014 to 2015.

Using 2014 prices:

First, we have to calculate GDP for each year using 2014 prices.

For 2014 is 4125, it is the same nominal GDP.

For 2015 is:

P Q P*Q

Ice cream 2,50 800 2000

Hot dogs 1,25 400 500

Surfboards 100 14 1400

Then, we add the "P*Q" of each product. Therefore:

Real GDP for 2015: 2000 + 500 + 1400 = 3900

Once these data are obtained, we calculate the variation in GDP from 2014 to 2015, with the following formula:

$GDP variation: \frac{(GDP_{2015}) (GDP_{2014}) }{GDP_{2014} }$ . This multiplied by 100.

We replace:

$GDP variation = \frac{(3900)-(4125)}{(4125)} * 100 = -5,45%$

GDP variation from 2014 to 2015 = -5,45%

Using 2015 prices:

First, we have to calculate GDP for each year using 2015 prices.

For 2014 is:

P Q P*Q

Ice cream 3,50 1000 3500

Hot dogs 2,25 500 1125

Surfboards 100 10 1000

Then, we add the "P*Q" of each product. Therefore:

Real GDP for 2014: 3500 + 1125 + 1000 = 5625

For 2015 is 5100, it is the same nominal GDP.

Once these data are obtained, we calculate the variation in GDP from 2014 to 2015, with the following formula:

$GDP variation: \frac{(GDP_{2015}) (GDP_{2014}) }{GDP_{2014} }$ . This multiplied by 100.

We replace:

$GDP variation = \frac{(5100)-(5625)}{(5625)} * 100 = -9,3%$

GDP variation from 2014 to 2015 = -9,3%

c. Calculate the percentage change in real GDP from 2014 to 2015.

Real GDP is equivalent to the quantities produced in a year multiplied by the prices of a reference year.

If we take 2014 as the reference year, we obtain the following results:

Real GDP for 2014 equals Nominal GDP for that year, that is: 4125

Real GDP for 2015 is 3900. We have obtained this result in the previous point.

Therefore, the variation rate is ((3900-4125)/4125)*100 = -5,45%

If we take 2015 as the reference year, we obtain the following results:

Real GDP for 2014 is 5625. We have obtained this result in the previous point as well.

Real GDP for 2015 equals Nominal GDP for that year, that is: 5100.

Therefore, the variation rate is ((5100-5626)/5100)*100 = -9,3%

d. GDP deflator for 2015.

To find the GDP deflator for 2015, the nominal GDP must be divided over the real one.

But how do we know what real GDP is? The exercise gives us a clue: it tells us that in 2014 the deflator is 1.0. This result is because both real and nominal GDP are equal. Then, real GDP that we should use is the one that uses 2014 prices. In fact, if we do this exercise we find the following:

GDP 2014 deflator: nominal GDP / real GDP

GDP deflator 2014: 4125 / 4125 = 1

Therefore, to find the 2015 deflator, we will use the nominal GDP of 2015 over real GDP (with 2014 prices). In doing so, we have this result:

GDP Deflator 2015: 5100 / 3900

GDP Deflator 2015: 130.769

Let us remind that nominal GDP of 2015 is 5100 (we found it in the first point of this exercise) and real GDP is 3900 (e found it in the second point of this exercise

7 0

3 years ago