One of the principal causes of unethical behavior in organizations is overly aggressive financial or business objectives.

Paula's Perfumes has a target profit of $4,000 per month. Perfume sells for $15.00 per bottle and variable costs are $13.50 per

aivan3 [116]

Answer:

4,800 bottles

Explanation:

The formula to compute the number of bottles sold is shown below:

= (Fixed cost + target profit) ÷ (Contribution margin per unit)

where,

Contribution margin per unit = Selling price per unit - Variable expense per unit

= $15 - $13.50

= $1.50

So, the number of bottles sold equal to

= ($3,200 + $4,000) ÷ ($1.50)

= 4,800 bottles

6 0

3 years ago

Explain the difference between the law of diminishing marginal returns and the law of dininishing marginal rate of techinal subs

leonid [27]

Answer:

The primary difference between those two concepts is focus that each term has. The first one focus on the relationship between the level of production and the level of return. While the second one focus on the relationship between the level of production and the amount of factors used for that production.

Explanation:

One the one hand, the law of diminishing marginal returns is a concept known in the microeconomics theory due to the fact that it establishes the relationship between the productivity and the income for every aspect of it. Meaning that, when the productivity increases because of the increase of only one factor of production then the income will start to slowly decrease, confirming that when only one factor is increased the production will start to be incomplete and the return will decrease for that.

On the other hand, the law of diminishing marginal rate of technical substitution indicates the relationship between the level of output and the different factor used to produce. Meaning that, it shows how to keep the level of output the same while making changes in the amount of factors used.

3 0

3 years ago

A sporting goods manufacturer budgets production of 45,000 pairs of ski boots in the first quarter and 30,000 pairs in the secon

Alexandra [31]

Answer:

The budgeted materials need in kg. in the first quarter is 90,000 kg

Explanation:

For computing the budgeted material needed in the first quarter, first we have to calculate the consumption of first and second quarters separately, so that we can arrive to a solution.

The consumption of first quarter = Budgeted production × required kg

= 45,000 × 2

= 90,000 kg

The consumption of second quarter = Budgeted production × required kg

= 30,000 × 2

= 60,000 kg

The ending raw material inventory = 30% of second quarter

= 30% × 60,000

= 18,000 kg

Now put the formula to find out the purchase amount. The formula is shown below:

Raw material consumption = Opening raw material inventory + purchase of raw material - ending raw material inventory

where,

beginning inventory = 18,000 kg

90,000 = 18,000 + purchase - 18,000

So, the purchase is 90,000 kg

The question has asked the amount in kg so cost per kg is irrelevant.

Hence, the budgeted materials need in kg. in the first quarter is 90,000 kg

3 0

3 years ago

Which factors may influence a company's choice of inventory cost flow assumption?

Oxana [17]

inventory cost flow assumption influence by tax implications of choice ,financial statement effect, actual physical flow of inventory.

The way or channel that costs move through a company is referred to as the flow of costs. The flow of costs typically pertains to manufacturing businesses where accountants are required to quantify expenses associated with raw materials, work in progress, finished goods inventory, and cost of goods sold.

Four commonly acknowledged methods—specific cost, average cost, first-in, first-out (FIFO), and last-in, first-out—are available for allocating expenses to ending inventory and cost of goods sold (LIFO).

To know more about Cost Flow visit:

brainly.com/question/13621345

#SPJ4

7 0

1 year ago

11. If you want to have a return for your Final Portfolio (that is invested between Optimal Risky portfolio and Risk Free Securi

melamori03 [73]

Answer:

Answer is explained in the explanation section.

Explanation:

Note: First of all, this question is incomplete and lacks necessary data to calculate this question. However, I have found the similar question on the internet with complete data given. Additionally, I have shared that data as well in the attachment below for your convenience, Thanks.

Solution:

SD = Standard Deviation

Using utility function, E(R) = Rp - 0.005 x A x $SD^{2}$ = 1.34 - 0.005 x 3x $4.06^{2}$

Using utility function, E(R) = 1.093%

If the weight in the risky portfolio is let's say, "a" then,

weight in the risk-free asset = 1 - a

So,

E(R) = a x Rp + (1 - a) x Rf

1.093% = a x 1.34% + (1 - a) x 0.50%

Solving for "a"

a = 70.56% - weight in risky portfolio

and 1 - a = 29.44% - weight in risk-free asset.

Similarly, if you want a return of 1.10%,

we can follow the above steps and get

1.1% = a x 1.34% + (1 - a) x 0.5%

Weight in risky portfolio,

a = 71.43%

weight in risk-free asset,

1 - a = 28.57%

5 0

2 years ago