$2,000/year. The average item for sale is $4. Average costs associated with each sale are $3. His second option is to use an existing e-commerce service. This incurs an additional monthly cost of $15/month. The site takes a cut of his sales of $0.25/item, so he is planning on also increasing his prices by $0.5/item. The remaining costs stay the same

Here is the full question.

Jonathan is considering opening a shop for an online baseball memorabilia .He has two options. He can build the website himself and pay for hosting. This would cost him $2,000/year. The average item for sale is $4. Average costs associated with each sale are $3. His second option is to use an existing e-commerce service. This incurs an additional monthly cost of $15/month. The site takes a cut of his sales of $0.25/item, so he is planning on also increasing his prices by $0.5/item. The remaining costs stay the same .

a) What is the annual fixed cost for the e-commerce site option?

b) What is the unit price for the e-commerce option?

c) What is the variable cost for the self - developed site option?

d) If Jonathan sells 200 items , which option does he prefer?

e) If Jonathan sells 700 items, which option does he prefer?

a) $ 2,180

b) $4.5

c) $3

d) The first option

e) The second option

Explanation:

The parameters we are equipped with from the question include:

cost of building website himself and paying for hosting = $2,000/year

average item = $4

average cost = $3

monthly cost = $15/ month

sales = $ 0.25 / item

Prices increase = $0.5/item

a) The annual fixed cost for the e-commerce site option = cost +(monthly cost × 12 months)

= $2000 ($15 × 12)

= $2000 + $180

= $ 2180

b) The unit price for the e-commerce option = (average item + price increase)

= $4 + $0.5

= $ 4.5

c) Variable Cost for the first option

= average cost

= $ 3

d) If Jonathan sells 200 items

For the first option; we have:

= number of items × (average item - average cost) - cost

= $200($4 -$3) - $2000

= $200($1) -$2000

= $200 - $2000

= - $1,800

For the second option; we have;

= number of items × ( unit price- average cost) - site option

= $200 × ($4.5-$3) - $2180

= $200 × ($1.5) - $2180

= $300 - $2180

= -$1880

∴ Here, when we sells 200 items, he will prefer the first option because lesser price is associated with it.

e)

If Jonathan sells  700 items.

For the first option; we have:

= number of items × (average item - average cost) - cost

= $700($4 -$3) - $2000

= $700($1) -$2000

= $700 - $2000

= - $1,300

For the second option; we have;

= number of items × ( unit price- average cost) - site option

= $700 × ($4.5-$3) - $2180

= $700 × ($1.5) - $2180

= $1050 - $2180

= -$1130

∴ Here, when he sells 700 items, He will prefer the second option because lesser price is associated with it.

answer; depth;

being born in poverty would limit the people's chances, opportunities and benefits.

this happen because of several things, such as:

- poor people tend to gain less access to good education and nutrition. this mean that their chance to obtain high paying jobs would also be limited.

- poor people tend to socialize with other poor people while the rich tend to socialize with other rich people. this means that simply throguh their social circle, rich people would have more business opportunities compared to the poor people.

- rich people tend to have more capital in their disposal. this would benefit them in business since it is far easier for them to fund their business operation compared to poor people.