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Updated on October 22, 2010
PLEASE follow these instructions closely. They are designed to ensure that
I get your work, that I can identify it as your work, and that I can
evaluate it carefully and accurately.
- Individual work is required for all parts of the assignment. Separate
answers derived from a "common" worksheet do NOT constitute individual work
and will be treated as academic dishonesty, with full penalties applied. [=
you flunk the assignment in a best-case scenario]
- Professional-looking work is expected. Form and format count; treat all
your work as though it was going to be reviewed by someone you REALLY wanted
to impress [significant other, grandma, the "boss," graduate school
admissions officer, etc.]
- Electronic copy [Excel file ONLY] due no later than 9:30 am PDT
on October 28th, 2010. Late receipts go to cyberheaven.
- email subject line: catfish final; messages
with other subject lines will be ignored and deleted.
- Excel filename: yourlastnamecatfish.xls; files
with other filenames will be ignored and deleted.
- Hard copy due no later than the start of your class section, and
should consist of the following:
- a ONE page summary of your results [prepared in Word or the
equivalent], which gives your answers to the questions below
- a printout of your Excel worksheets.
Other instructions:
- Please DO NOT use Excel to answer the "essay" questions.
- Use bullet points to answer the essay questions wherever possible. Be
brief, but be specific.
- This case is somewhat similar to the Crummy Cracker case.
OK, sure, the product and environment are very different, but the basic
issues are much the same: can this business make money?
- One way to think about questions 1 and 2, below is to use what I call
the "frog pond" method. How big is the frog pond [= the market]? How
big are the frogs already in the pond [canoe manufacturers, in this case]? Are they big
bullfrogs or tadpoles? How serious is the "threat" from the big ones [are
they just noisy or do they really stir up the water?] Is there enough space
for yet another frog in this pond? Are there enough lily pads to hide under
here, or are we going to get beat up before our tadpole-sized venture
reaches maturity? Thinking this through in the context of the case should
not be too difficult.
- Note that the answer to question 2 is somewhat dependent on the answers
to questions 3, 4, and 5.
- HINT: There is nothing NEW in this case that really
requires the material from chapter 5. In some respects, I could just as well
have used Catfish Creek Canoes in place of the Crummy Cracker case. DO NOT make
this more difficult than it is.
Your assignment questions are as follow:
- Is this an attractive industry to enter? Why or why not?
- Who are CCC's competitors? What kinds of product do they offer?
- What are consumers looking for when canoe shopping? How much
are customers willing to pay for wooden canoes?
- How do the competitors' products compare with what potential canoe
customers are looking for? Consider both price and attributes of the
product.
- Given your evaluation of 1a - 1c, above, can CCC provide a canoe having
the attributes that customers want for a price customers are likely to pay?
What selling price should CCC set in order to cover costs and meet profit
goals?
- Determine the dollar value of the investment that would be required to
get CCC started.
- Determine CCC's total fixed costs. Include internet charges. Note that
advertising rates are given for two magazines catering to canoers. Assume
that CCC would go for a 3 inch ad in each of the two publications mentioned,
and the prices are linear.
- The U.S. exchange rate on July 29,
1999 was 1.4695.
- Production cost of the ad is $1,000Cdn.
- Fixed assets have a useful life of 5 years; depreciation is straight
line, zero salvage.
-
Determine the sales revenue necessary for Davidson to achieve an annual
net profit of $10,000.
-
Based on your analysis so far, what price will Davidson have to charge in
order to achieve the desired profit?
Evaluation of
your work:
"A" papers will
thoroughly address each of the issues enumerated above. Written work will be
comprehensive and contain insights into the obvious issues as well as the
subtleties involved in this decision. Numerical analysis will be accurate,
complete and well organized. "A" papers will demonstrate a thorough
understanding of the conceptual issues which are relevant to the analysis. "A"
papers will have professional appearance and will be entirely free of errors in
spelling, grammar and syntax. One primary differentiator between "A" and "B"
papers will be the extent to which you are able to integrate the qualitative and
quantitative assessments of this situation. "C" papers will tend to lack any
such integration, and/or contain significant conceptual/mechanical errors. More
serious [or more numerous] errors will result in grades of C- or lower.
Historically, students' ability to address questions like So what? What
difference does it make? Who cares? has been a major factor in the
difference between higher and lower grades in all of my classes.
Assessment of quantitative
skills: Ass discussed in the course syllabus, some of the assignments to
evaluate your achievement of quantitative skills. Catfish Creek is one of those.
This will not require that you do anything different from what you would
normally do in the class or on an assignment, and it will have no impact on
your grade. However, on specific assignments, you will get feedback on my
assessment of your achievement of quantitative skills. Achievement of
quantitative skills is demonstrated by the ability to manipulate quantitative
information as well as the ability to interpret that information:
-
Calculations: can you "do
the math" and arrive at the correct answer? Note that this involves both
mechanics [arithmetic and algebraic manipulation of numbers and variables]
and a conceptual understanding of the material [manipulating the correct
numbers in the correct ways]. It is critical to use calculations
which are consistent with established formulas and relationships.
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Interpretation: do you
understand the "raw data" as well as the results of calculations [i.e., the
numerical "answers"]? What do the numbers mean? Can you use the
information you have derived in order to make a decision or provide a
recommendation to management?
| Level of
achievement |
Calculations |
Interpretation |
| Level 3: Meets
Expectations |
 | All answers are numerically correct |
 | Algebraic and numerical operations
are performed correctly |
 | Available quantitative information
is used correctly |
 | Student knows what to
calculate and how calculate it |
|
 | Student is able to make appropriate
inferences and provide appropriate recommendations to management,
given the quantitative results. Recommendations are consistent with
the context and are supported by the quantitative information. |
|
| Level 2: Achieving
proficiency |
 | Some computations are correct |
 | Algebraic and numerical operations
contain minor errors, but they do not materially affect the
numerical results |
 | Most available quantitative
information is used correctly. |
 | Student may demonstrate some
uncertainty about what to calculate or how to calculate it |
|
 | With limited exceptions, the student
is able to make appropriate inferences and provide appropriate
recommendations to management, given the quantitative results.
Recommendations are generally consistent with the context and are
supported by the quantitative information. |
|
| Level 3:
Unsatisfactory |
 | Errors in computational procedures
hinder interpretation of numerical results [or would cause a user of
the results to make an inappropriate decision]. |
 | Errors in algebraic and/or numerical
operations adversely affect the results. |
 | Relevant quantitative information is
ignored or used incorrectly |
 | Student demonstrates serious
uncertainty about what to calculate and/or how to calculate it
|
|
 | Student has difficulty applying the
conceptual foundation in the context of the given situation. This
may arise from a lack of understanding of "how to find the answer"
[or understanding what answer to look for], or what to do with the
answer once it has been found. Inferences and recommendations may be
lacking, inappropriate, or not supported by the quantitative
information. |
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