Answer:
a. The value depreciation for the first year is $28000.
b. There will be a loss of sale of the equipment by $6000.
Step-by-step explanation:
Equipment was purchased at the beginning at a cost of $465,000.
Now, the price of the equipment depreciates in a linear manner i.e. depreciates equally every year.
The price of the equipment is depreciated to $45000 after 15 years of its estimated useful life.
So, the per year depreciation of value of the equipment will be
dollars per year.
a. The value depreciation for the first year is $28000. (Answer)
b. The depreciated value of the equipment after 8 years will be $[465000 - (28000 × 8)] = $241000.
If the equipment was sold for $235000 at the end of the eighth year, then there will be a loss by $(241000 - 235000) = $6000. (Answer)
Answer:
63
will you mark me brainllest?
Step-by-step explanation:
Answer:
2.236
Step-by-step explanation:
You need to use the distance formula.
d= square root of (x2-x1)^2=(y2-y1)^2
The volume is (13ft x 7 ft x 10 ft) cubic feet.
Each of those cubic feet costs $5 .
You should have no trouble with this.
30% change Hope this helps :)