Part One and Two
History + Start-up Product:
Little Auk, a new indie game company, was founded on
November 8th, 2014. The company consists of five individuals, all
currently working together to produce the first game under the company’s name: Sail
Away. The developers and writers describe
it as “a game that immerses you into a calm, relaxing, gorgeous environment
with ambient music playing in the background.” The player engages with the
environment and with the characters through the protagonist Sage. The story is
still under development, but the general plot is one of a coming of age story
and of a mystery. Sage has washed up on an island far away from their home, and
they cannot remember where they are from exactly nor what they were doing
prior. They must explore the expansive island and survive each day until they
can remember who they are, where they are from, and what they were doing—all
the while learning about the people and the island’s history. The company’s
targets vary from age, as they believe that the game has a universal message
that anyone can benefit from. Demographics will include young teenagers to
adults to casual gamers to hardcore gamers.
Fixed Costs:
Item: Monthly
Cost
Rent (utilities included) $7515
Internet $64.95
Payroll $16250
Business/Government Fees $500
Equipment $3120
Other $5000
Total:
$32,449.95
Variable Costs: Cost
Per Game
$800 per game $60
per game
Cost Function
C = cost in dollars
x = quantity
C(x) = 800x+32,449.95
Revenue Function
R(x) = revenue
in dollars
R(x) = 60x
Profit Function
P(x) = profit in dollars
P(x) = 60x – 800x+32449.95 = -740x +32449.95
Break Even Point
60x = 800x+32449.95
0 = 740x+32449.95
-32449.95 = 740x
x = -43.85
x is approximately –44.
Interpretation
After the break-even point, Little Auk will begin to make
money on the game that they developed. Unfortunately, they’ll lose money
($2000+) before they will begin to make money. The slope of the cost function represents the additional
costs of the production of the game. The slope of the revenue function
represents the extra revenue made from the selling of the games.
Graph of Profit Function
The break-even point on the profit function is the opposite
of the break-even point of the cost and revenue functions. This means that when
Little Auk sells 44 or more games, they will start to make a profit rather than
losing money. Anything above 44 games will result in money in. Anything below
44 games will result in money out—that is, losses.
Part Three
Quantity Produced Each Day
x = quantity
x = 100
Marginal Cost
The marginal cost of producing x = 100 units would be $800.
Average Cost
a(x) = C(q) / q = ((800*100) + 32449.95) / 100 = $1124.50
- The
marginal revenue is less than the marginal cost at q=n as the slope is not
as steep—this means that the marginal revenue is not enough to cover the
marginal costs that were incurred during production.
- The
number of units sold daily is after
the break-even point. What should occur for Little Auk is that they are now producing a profit.
- R(101)-R(100)
= 60
C(101)-C(100) = 80100
If the production is increased by
one extra quantity, they will lose money as their costs outweigh the revenue.
- An
increase in production will increase the average cost.
- Decreasing the average costs for the company would be better as that would actually allow Little Auk to gain more revenue from their sales. The lower the cost to produce each unit, the more profit/revenue that will result due to it.
Part Four
In order for Little Auk to succeed as a start-up project,
they will have to sell more than 100 units. They will most likely have to sell
thousands in order to offset their costs.
Their average cost needs to be significantly lower than their marginal
cost in order for them to make profit. For the most part, finding a cheaper
method to produce their games would be the best bet, as that would lower their
costs and allow them to earn some profit from their games. They will most
likely continue to struggle, and they’ll probably have to sign with a bigger
company in order to stay afloat.
Yan Shi, the game sounds interesting and I would definitely buy it if there is one! Your analysis is easy to understand and very clear! Great job!
ReplyDeleteYan, this sounds fun! Games are pretty expensive to make but they are fun! Good job on this job, it's very clear and enjoyable.
ReplyDeleteGreat example!! I like video games and I play indies between time and a another! I like how you used bold titles which made it organized.
ReplyDeleteyan,
ReplyDeletegreat intro!! i would totally play a game that helps to relax me! profit function should actually be p(x) = -740x - 32,449.95 and this would make your breakeven point a positive number. your analysis of the marginal cost and average cost is very detailed and accurately explained. couldn't see your second graph too clearly, but other than that, nice work! good job analyzing what the company would need to do to stay afloat.
professor little