Answer:
Explanation:
I think your question is missed of key information, allow me to add in and hope it will fit the original one. Please have a look at the attached photo.
Given:
- Cost $71 per linear foot
- Budge $34080 for those walls
Let X is the the length
Let Y is the width
From the photo, we can see that
(4X + 6Y)*71 = 34080
<=> (4X + 6Y) = 480
<=> Y = 80 - 
X
The are of the rectangular industrial warehouse:
A(X) = 3Y*X
<=> A(X) = 3(80 - X )X
<=>A(X) = (240-2X)X = 240X - 
So A'(X) = 240 - 4X
Let A'(X) = 0, we have:
240 - 4X = 0
<=> X = 60
=> Y =(80 - X ) = 80 - *60 = 40
So the dimension to maximize total area is: 60 in length and 40 in width
D. Resourcefulness; if you can pick more than one than also chose A. Confidence.
Answer:
383,000
Explanation:
Calculation to determine How many units were transferred to the next processing department during the month
Work in process, beginning 83,000
Add Units started into production during the month 334,000
Less Work in process, ending (34,000)
Units completed and transferred out during the month 383,000
(+83,000+334,000-34,000)
Therefore How many units were transferred to the next processing department during the month is 383,000
Answer:
The price elasticity of demand for icecream is -0.75, that means that is inelastic.
Explanation:
Price elasticity of demand measures the porcentage of the change in the demand when there is a change in the price. If the change in porcentage of the demand is less than the pocentage of change in the price we talk about inelastic demand. An increase in the price of inelastic goods will result in bigger revenues, as the porcentage in the drop of sales is less than the porcentage of increase in the price.
The formula is: % in change demand/% in change of price
-3%/4= -0.75
The minus symbol indicates that when the price rises the demand decrease.
