Answer:
diminishing returns
Explanation:
I'll provide you with a situation as an example.
Let's say that you are running a successful ice cream company. Typically, ice creams are made with dairy. This made a certain percentage of population couldn't consume it since they are lactose intolerant. (Basically eating dairy will give them diarrhea ).
There are not many people who have this condition. Let's say that you want to increase the value of your product and use the materials that makes your product become consumable to this specific population while maintaining the original taste.
This would resulted in a small amount increase in customers base , but the investment that you need to make in order to make it happen will be substantial. You basically have to invest in researches to find the perfect ingredients, invest in additional marketing expense to educate the customers on the new product, change your current production flow, etc.
Based on the direct materials, the direct labor, and the manufacturing overhead, the cost of finished goods on hand is $33,600.
<h3>What is the cost of finished goods on hand for this job?</h3><h3 />
Cost of goods on hand is:
= Cost of goods per unit x Number of goods on hand
Cost of goods per unit is:
= (44,000 + 24,000 + 16,000) / 3,000 units
= $28 per unit
Cost of goods on hand:
= 28 x (3,000 - 1,800)
= $33,600
Find out more on finished goods at brainly.com/question/26764271.
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Answer:
There are many advantages in students being exposed to accounting softwares.
-There productivity increases as they can engage in more work in less time
-The accuracy of the accounting process increases as well, mainly lyrics because there is no room for human errors
-the process becomes easier and less time consuming, this makes accounting less complicated and more attractive as a subject for the students
Explanation:
Answer:
c. $1.58.
Explanation:
The computation of the direct materials cost per equivalent unit is given below:
Equivalent units for material is
= 100% of 193,000 + 100% of 28,000
= 193,000 + 28,000
= 221,000
Equivalent cost for material is
= $94,100 + $254,800
= $348,900
So, the direct materials cost per equivalent unit is
= $348,900 ÷ 221,000
= $1.58
The problem is missing some parts:
First, how many parts should you purchase each time you
place an order.
H=.2*$4 = $0.80
S= $800
R = 50,000
Q = 2SRH
= 2(800) (50000) (.8)
= 10,000 units
The second question is how many timer per year will you
place orders.
Required order = R/Q
= 50000/10000
= 5 times
