P3. Zeigler Manufacturing Company purchased a robot for $720,000 at the beginning of year 1. The robot has an estimated useful life of four years and an estimated residual value of $60,000. The robot, which should last 20,000 hours, was operated 6,000 hours in year 1; 8,000 hours in year 2; 4,000 hours in year 3; and 2,000 hours in year 4. REQUIRED 1. Compute the annual depreciation and carrying value for the robot for each year assuming the following depreciation methods: (a) straight-line, (b) production, and (c) double-declining-balance. 2. If the robot is sold for $750,000 after year 2, what would be the amount of gain or loss under each method?

FINANCIAL ACCOUNTING
10th Edition
ISBN:9781259964947
Author:Libby
Publisher:Libby
Chapter1: Financial Statements And Business Decisions
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In the book Principles of Accounting 12 edition,

Belverd E. + 5 others
Publisher: Cengage Learning
ISBN: 9781133593102
 
Question 3P Chapter 10, Page 403 is currently unanswered. Would it be possible to provide the answer.

Thank you very much. 
P3. Zeigler Manufacturing Company purchased a robot for $720,000 at the beginning
of year 1. The robot has an estimated useful life of four years and an estimated residual
value of $60,000. The robot, which should last 20,000 hours, was operated 6,000 hours
in year 1; 8,000 hours in year 2; 4,000 hours in year 3; and 2,000 hours in year 4.
REQUIRED
1. Compute the annual depreciation and carrying value for the robot for each year
assuming the following depreciation methods: (a) straight-line, (b) production, and
(c) double-declining-balance.
2. If the robot is sold for $750,000 after year 2, what would be the amount of gain or
loss under each method?
Transcribed Image Text:P3. Zeigler Manufacturing Company purchased a robot for $720,000 at the beginning of year 1. The robot has an estimated useful life of four years and an estimated residual value of $60,000. The robot, which should last 20,000 hours, was operated 6,000 hours in year 1; 8,000 hours in year 2; 4,000 hours in year 3; and 2,000 hours in year 4. REQUIRED 1. Compute the annual depreciation and carrying value for the robot for each year assuming the following depreciation methods: (a) straight-line, (b) production, and (c) double-declining-balance. 2. If the robot is sold for $750,000 after year 2, what would be the amount of gain or loss under each method?
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