Assume that Whee, Cheatham, and Howe is an auditing firm that
has found that its summer interns are subject to a 90 percent
learning curve for one of its important tasks, proofreading
financial statements. For one of its interns, Kim Down, the firm
has started to analyze the relation between time and financial
statement proofreading.
Financial
Statements Proofread (X) |
Time Required
to Proofread the Xth Financial Statement |
1 | 9.0000 hours |
2 | 8.1000 hours |
4 | ? |
8 | ? |
16 | ? |
Required:
a. Compute the time required to proofread 4, 8, and 16 financial statements. (Round your answers to 4 decimal places.)
b. Assume that Kim's labor time costs $5 per
hour. Compare the cost of proofreading the 1st financial statement
to the cost of proofreading the 16th financial statement. What is
the percentage of the cost of proofreading the 16th financial
statement to the cost of proofreading the 1st financial statement?
(Do not round your intermediate calculations. Enter your
answer as a percentage rounded to 2 decimal places (i.e.,
32.21))
Financial Statements Proofread (X) | time required to proofread the Xth Financial Statement (in hrs) | |
1 | 9.0000 | |
2 | 8.1000 | |
4 | 7.2900 | (8.1*.90 hrs) |
8 | 6.5610 | (7.29*.90 hrs) |
16 | 5.9049 | (6.5610*.90 hrs) |
b. Cost of proofreading 1st financia statement | $ 45 ( $5*9 Hrs) | |
Cost of proofreading 16th financial statement | $ 29.52 ($ 5*5.9049 hrs) | |
% of Cost of proofreading 16th financial statement to the 1st financial statement | cost of 16th financial statement/cost of 16th financial statement*100 | |
29.52/45*100 | ||
65.6 % | ||
Note: | ||
Learning curve theory states that as a labour works on repetitive task its efficiency increases | ||
and he is able to do the same task in shorter period. In our questions this rate is 90% | ||
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