Component Quantity Original Unit Cost Residual Value 12 years 3 years 6 years 2 years $5,000 $120,000 40,000 8,000 2,000 2 500 5 0 10 Required: suming straight-line is the appropriate method of depreciation, what is the amount of depreciation in yearone? would be the impact if component B was a major spare part that was replaced at the end of the second ally predicted? The new major spare part has a value of $50,000. 2. What year instead of the third year as origin Prepare the journal entry that would be recorded when component B is replaced. A10-14 Component Depreciation: Earth Construction Inc. (ECID) bought a large piece of construction equipment at the beginning of 20x5. . The construction equipment was a large piece of heavy equipment with an original cost of $1,200,000. This equipment was broken out into four components. The shell of the equipment is $400,000 and anticipated to last 10 years. The motor costs $360,000 and needs to have a major overhaul and inspection every three years. The tires cost $40,000 and need to be replaced every two years. The shovel at the front of the equipment costs $340,000 and needs to be replaced every five years. The remainder of the cost, S60,000, is made up of insignificant parts. These are grouped together and are replaced on average every two years. Expected residual value at the end of 10 years for the shell is S16,000. The residual value for the remaining components is zero. . . ECI uses straight-line depreciation for all construction equipment. Required: Calculate depreciation expense for 20X5, assuming a full year's worth of depreciation. How would the amount of depreciation differ if the construction equipment was depreciated without breaking it into components? What is the logic behind component accounting? 1. 2. 3. eXcel