Difference between revisions of "Practice questions"
Kevin Dunn (talk | contribs) (Created page with "These are questions from previous years' exams and midterms. They do not reflect the questions I will ask, but should be suitable for practice. <rst> .. question:: A small...") |
Kevin Dunn (talk | contribs) m |
||
| Line 2: | Line 2: | ||
<rst> | <rst> | ||
<rst-options: 'toc' = False/> | |||
<rst-options: 'reset-figures' = False/> | |||
.. question:: | .. question:: | ||
| Line 11: | Line 13: | ||
The manually fed machine has a purchase price of $8000, 0 salvage value, a 5-year life and a production rate 6 tons per hour. The operating costs are $24 per hour, and the annual maintenance cost is $1500. | The manually fed machine has a purchase price of $8000, 0 salvage value, a 5-year life and a production rate 6 tons per hour. The operating costs are $24 per hour, and the annual maintenance cost is $1500. | ||
Some additional information | Some additional information: | ||
# Both machines produce product using the same feed material and energy, and they both produce products with the same value. | |||
# There is no delay between ordering the machine and placing it in operation. | #. Both machines produce product using the same feed material and energy, and they both produce products with the same value. | ||
# We assume that the production (ton/year) will be the same every year | #. There is no delay between ordering the machine and placing it in operation. | ||
# The project has a ten-year life. | #. We assume that the production (ton/year) will be the same every year | ||
#. The project has a ten-year life. | |||
How many tons per year must be produced in order to justify the higher purchase cost of the auto-fed machine? You may analyze this problem using a before tax approach (without considering taxes or depreciation). | How many tons per year must be produced in order to justify the higher purchase cost of the auto-fed machine? You may analyze this problem using a before tax approach (without considering taxes or depreciation). | ||
.. question:: | |||
Generally, straight-line depreciation is more favorable to the company than double declining balance. Answer this question and concisely explain your answer. | |||
.. question:: | |||
What are typical critical values for Payback Time (PT), Return on Original Investment (ROI), and Discounted Cash Flow (DCF). The critical values define the boundary between an attractive and unattractive project. | |||
.. question:: | |||
For each of the investments given in the following, determine whether they can be depreciated completely in the year of there first use (expensed), depreciated over many years (as defined by tax laws) or not depreciated. All have been acquired for a profit-making company. State your answer with a short discussion for each part. | |||
#. A personal computer | |||
#. Land for a plant | |||
#. Laboratory glassware with a life of 9 months | |||
#. Liquid inventory needed to start up and operate a chemical plant | |||
</rst> | </rst> | ||
Revision as of 21:09, 12 October 2012
These are questions from previous years' exams and midterms. They do not reflect the questions I will ask, but should be suitable for practice.
<rst> <rst-options: 'toc' = False/> <rst-options: 'reset-figures' = False/>
.. question::
A small aerospace company is evaluating two alternatives: the purchase of an automatically fed machine or a manually fed machine. All projects in the company are expected to return at least 10% (before tax).
The auto-fed machine has an initial cost of $23,000, an estimated salvage value of $4000 and a predicted life of ten years. The expected production rate is 8 tons per hour, and the operating costs are $12 per hour. The annual maintenance cost is expected to be $3500.
The manually fed machine has a purchase price of $8000, 0 salvage value, a 5-year life and a production rate 6 tons per hour. The operating costs are $24 per hour, and the annual maintenance cost is $1500.
Some additional information:
#. Both machines produce product using the same feed material and energy, and they both produce products with the same value. #. There is no delay between ordering the machine and placing it in operation. #. We assume that the production (ton/year) will be the same every year #. The project has a ten-year life.
How many tons per year must be produced in order to justify the higher purchase cost of the auto-fed machine? You may analyze this problem using a before tax approach (without considering taxes or depreciation).
.. question::
Generally, straight-line depreciation is more favorable to the company than double declining balance. Answer this question and concisely explain your answer.
.. question::
What are typical critical values for Payback Time (PT), Return on Original Investment (ROI), and Discounted Cash Flow (DCF). The critical values define the boundary between an attractive and unattractive project.
.. question::
For each of the investments given in the following, determine whether they can be depreciated completely in the year of there first use (expensed), depreciated over many years (as defined by tax laws) or not depreciated. All have been acquired for a profit-making company. State your answer with a short discussion for each part.
#. A personal computer #. Land for a plant #. Laboratory glassware with a life of 9 months #. Liquid inventory needed to start up and operate a chemical plant
</rst>