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3 years ago

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A fast food restaurant that normally uses plastic utensils is considering switching to reusable metal utensils. In order to cond

uct a life-cycle analysis of waste the restaurant would a compare the daily waste generated from plastic utensils to the daily waste generated in by the metal utensils. . b compare the waste generated from plastic utensils to the waste generated from the production, use, and disposal of the metal utensils. c determine the cost of disposing of metal utensils versus the cost of disposing of plastic utensils. d compare the cost of plastic utensils to the cost of reusable utensils.

1 answer:

Dovator [93]3 years ago

4 0

Answer:

the answer is Plastic reduces the transfer of thermal energy to hands holding the utensils.

Explanation:

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If talia is hired as a manager at an mnc, what can she can expect? check all that apply. she and her colleagues will cultivate a

snow_tiger [21]

If Talia is likely to be hired as the manager at the MNC, she is to expect the following;

<span>- </span>Talia and her colleagues will likely cultivate a global perspective and view the whole world as a market

<span>- </span>The strategy that they will likely engage to is about finding raw materials and as well as locating production that may be most profitable in doing so

<span>- </span>Lastly, the corporate structure will likely integrate the activities associating to foreign affliates

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3 years ago

Read 2 more answers

The lengths of service of all the executives employed by Standard Chemicals are:

Lilit [14]

Solution :

a). There are total 5 executives. Therefore the possible sample size of 2 is

$^nC_r=\frac{n!}{r!(n-r)!}$

$^5C_2=\frac{5!}{2!(5-2)!}$

$=\frac{5!}{2! \ 3!}$

= 10

So, there are 10 possible ways for selection of sample size of 2.

b).

Sample Samples of service length Sample mean

Snow, Tolson 20, 22 (20+22)/2 = 21

Snow, Kraft 20, 26 23

Snow, Irwin 20, 24 22

Snow, Jones 20, 28 24

Tolson, Kraft 22, 26 24

Tolson, Irwin 22, 24 23

Tolson, Jones 22, 28 25

Kraft, Irwin 26, 24 25

Kraft, Jones 26, 28 27

Irwin,Jones 24, 28 26

c). The mean and the standard deviation of the means of the sampling distribution is given by :

$\bar{X}= \sum_{i-1}^{10}\frac{\bar{x}_i}{n}$

$=\frac{21+23+22+24+24+23+25+25+27+26}{10}$

$=\frac{240}{10}$

= 24

The variance of the sample means :

$S^2=\frac{1}{n}\sum_{i-1}^{10}\left(\bar x_i - \bar X \right)^2$

$=\frac{1}{10}\sum_{i-1}^{10}\left(\bar x_i - 24 \right)^2$

$=\frac{1}{10}\times(30)$

= 3

Therefore the standard deviation of the sample means is

$S=\sqrt{variance}$

$=\sqrt3$

= 1.732

d). The population means is given by:

$\mu =\frac{20+22+26+24+28}{5}$

$=\frac{120}{5}$

= 24

Therefore, we can say that the mean of the sample means is a point estimate of the population mean.

6 0

3 years ago

Ending finished goods inventory selling expenses administrative expenses what is the gross profit?

Aleksandr-060686 [28]

Gross Profit = Revenue - Cost of Goods Sold is the formula for calculating gross profit.

<h3>What is Gross profit?</h3>

Gross profit is the amount of money your company makes after paying its expenses. Your net profit is your earnings after all expenses have been paid. The money that remains after an organization has paid for the products and services it sold is known as gross profit. The amount that is left over after all costs and taxes have been paid is the company's net profit.

The profit a company makes after deducting all of the expenses involved to producing and offering its goods or services is known as gross profit. The cost of goods sold (COGS) is subtracted from your total sales to determine gross profit.

To learn more about Gross profit from the given link:

brainly.com/question/18567528

#SPJ4

3 0

2 years ago

In a homogeneous-good Cornet model where each of the n firms has a constant marginal cost m and the market demand curve is p = a

Jlenok [28]

Answer:

$Q=nq=\frac{n}{n+1}\frac{a-c}{b}$

if n=1 (monopoly) we have $Q^M=\frac{1}{2}\frac{a-c}{b}$

if n goes to infinity (approaching competitive level), we get the competition quantity that would be $Q^c=\frac{a-c}{b}$

Explanation:

In the case of a homogeneous-good Cournot model we have that firm i will solve the following profit maximizing problem

$Max_{q_i} \,\, \Pi_i=(a-b(\sum_{i=1}^n q_i)-m)q_i$

from the FPC we have that

$a-b\sum_{i=1}^n q_i -m -b q_i=0$

$q_i=\frac{a-b \sum_{i=2}^n q_i-m}{2b}$

since all firms are homogeneous this means that $q_i=q \forall i$

then $q=\frac{a-b (n-1) q-m}{2b}=\frac{a-m}{(n+1)b}$

the industry output is then

$Q=nq=\frac{n}{n+1}\frac{a-c}{b}$

if n=1 (monopoly) we have $Q^M=\frac{1}{2}\frac{a-c}{b}$

if n goes to infinity (approaching competitive level), we get the competition quantity that would be $Q^c=\frac{a-c}{b}$

7 0

3 years ago

Cabinet Division would like to purchase 11,900 units from the Handle Division at a price of $130 per unit. Handle Division has n

crimeas [40]

Missing information:

Selling price to outside customers $155

Variable cost per unit $70

Fixed cost per unit (based on capacity) $40

Capacity (in units) 62,000

Answer:

the company as a whole will be worse off by $178,500

Explanation:

since the Handle Division has no spare capacity to handle the order from Cabinet Division, it must treat this order as any common sale to an outside client.

outside Cabinet differential

customers Division amount

sales revenue $1,844,500 $1,547,000 ($297,500)

variable costs $833,000 $833,000 $0

<u>fixed costs $476,000 $476,000 $0</u>

total ($297,500)

Handle Division will be worse off by $297,500

Cabinet Division will be better off by = ($140 - $130) x 11,900 = $119,000

net effect on the company = worse off by $178,500

6 0

3 years ago