Answer:
Average rate of return = 14
%
Explanation:
Average rate of return = Annual average return/ Average Investment
Average investment =( Initial investment + scrap value)/2
Average investment = 138,000 + 12,000/2 =75,000
Average annual return = Savings in cost - energy cost - depreciation
Depreciation = (initial cost - scrap value)/2= (138,000 - 12,000)/2= 12600
Average annual return = 29,780-6,680-12600= 10500
Average rate of return = 10,500/75,000 × 100= 14
%
Average rate of return = 14
%
Answer:
$214,000
Explanation:
Total Revenues ($740,000 + $103,000) =$843,000
−Total Operating costs ($570,000 + $59,000)
=$629,000
= Total operating profit = $214,000
Therefore Assuming that there are no changes to the existing body shop business, operating profits would be expected to increase during 2021 by $214,000
The personal property items that have the HIGHEST specific limitation on coverage are jewelry, watches, and precious stones or metals because they are saved in a location, especially in banks
<h3 /><h3>The properties having HIGHEST specific limitation on coverage.</h3>
A limit is the highest amount your insurer will pay for a claim that your insurance policy covers.
Some of these specific limits apply to a building or personal property at a single location.
From the listed option, the personal property items that have the HIGHEST specific limitation on coverage are jewelry, watches, and precious stones or metals because they are saved in a location, especially in banks
Learn more on specific limitations on coverage here: brainly.com/question/27015627
Answer:
$270,000
Explanation:
The first step is to calculate the overhead cost of the material handling parts
Since each wind stock require 3 parts then the overhead cost can be calculated as follows
= 3 × 20,000
= 60,000
The overhead cost of machining hours can be calculated as follows
Since 5 minutes is spent in the machining department then overhead cost is
= 5× 20,000
= 100,000
The overhead cost of packaging number of finished units can be calculated as follows
= 2 × 20,000
= 40,000
Total overhead cost= 100,000 + 60,000 + 40,000
= 200,000
The total cost of direct materials and labor can be calculated as follows
= 3.5 × 20,000
= 70,000
Therefore the total cost of producing 20,000 windstocks is
= Total overhead cost + total cost of direct materials and labor
= 200,000 + 70,000
= $270,000
Hence the total cost of producing 20,000 windstocks is $270,000
Answer:
yup I think that tooooooo
