Max Rose
Professor Little
March 30, 2015
MATH 211 MW
Part I: C
With all of the snow this past winter I decided to start my
own snow removal Company with goal of helping people remove snow after snow
storms. The start up costs for my
company included $500.00 for a snow shovel and a snow blower machine. While the cost of completing one driveway
cost my company about $20.00. No matter
the snows moisture or height I would charge a flat rate of $40.00 an hour to
all customers to purchase my service. (Yes I could charge this because we got a
ton of snow this year).
Part II:
Start up Cost = $450.00 for the Snow Blower Machine and
$50.00 for a Snow Shovel.
Cost for producing one more unit= This would be the marginal
cost and to find it I take the derivative of the cost function. My cost for producing one more service is $20
an extra service.
Revenue= R(q)= 40q
Cost Function= C(q)= 500+20q
Revenue Function= R(q)= 40q
Profit Function= P(q)= R(q)- C(q)
Break Even Point= Point where cost function and revenue function intersect. Important as this is where a business begins to make money R(q)=C(q).
Graph of All Functions and Break Even Point:
Graph of the Profit Function:
Meaning of Profit Function= This is the difference between
the revenue and cost functions. It
displays how many units must be sold until my company begins to make money.
Part III:
(Work to help answer
1-5 Part III)
1.
Based on my graph my marginal revenues exceed my
marginal costs making the marginal revenues greater than the marginal
costs. My company is no thus making
money.
2.
Based on my graph I chose the number for my
quantity to be 50. While looking at this
point on “Graph of All Functions and Break Even Point” making the number of
daily units sold at 50 means that the company will operating a profit right
away (the best kind of business). The
company will continue to grow.
3.
My company will continue to make money if my
production is increased one more unit a day.
The marginal revenue at 50 units a day is exceeding the break even point
so if my company can do one extra unit a day then we will be increasing our
marginal revenue by $30.
4.
When q=n an increase of production increases the
average cost of my company.
5.
A decreasing average cost is better for my
company because the marginal costs are less than the average costs. This keeps the factors of production lower,
thus increasing the ability to maximize my profits.
Part IV:
After looking at the charts above I believe the company will
continue to make money even though it takes some time for profit to be obtained
due to such large start up costs. I
company will struggle for a little while however; it will ultimately thrive because
the fixed costs appear once. Through the
viewpoint of an economist, in the long
run the marginal costs will be less than the marginal benefits making the
company a success. Through the viewpoint
of a potential user of the service the company may struggle because the
companies success is based off of the amount of snow they get. The business is seasonal and some potential
buyers may be less interested in the product for the current prices with small
amounts of snow. All in all, there is a
high likelihood of success.
Nice job Max, I think your company is going to do great. I would definitely be interested in having your company shovel my snow. Nice job!
ReplyDeleteMax, very great idea for a company and i love the way you explained your information on your company and it's costs. good work!
ReplyDeletemax,
ReplyDeletegood idea for a company. dc could sure use it since they are not well-equipped to handle snow storms! your post looks good. your formulas are correct except you forgot to actually write out the profit function formula. your graphs look good and are easy to read. your calculations are accurate, but you did forgot to actually show the calculation for the break even point. all in all nice job!
professor little