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
Answer:
(A) 18,400 units
(B) 12,940 units
Explanation:
The computation of the equivalent units of production for
(A) Material = Units transferred out + Ending work in process
= 9,300 units + 9,100 units
= 18,400 units
(B) Conversion = Units transferred out + (Ending work in process × conversion percentage)
= 9,300 units + 9,100 units × 40%
= 9,300 units + 3,640 units
= 12,940 units
Answer:
C. 1.3
Explanation:
market to book ratio = market capitalization / book value
- market capitalization = total stocks outstanding x stock price = 10,200,000 stocks x $16 = $163,200,000
- book value = stockholders' equity = $125,600,000
market to book ratio = $163,200 / $125,600 = 1.299 ≈ 1.3
The market to book ratio basically measures a company markets value versus its book value. Generally, if a company is profitable and successful, its market to book ratio should be higher than 1.
