Answer:
D : $88,800
Explanation:
<u>Cost of goods manufactured :</u>
Direct Material used in production $
21,300
Indirect Material used in production $ 3,700
Direct Labour $
34,100
Direct Labour $ 5,900
Manufacturing overhead <u> $ 16,600 </u>
Total Manufacturing cost $ 75100
Add:Beginning Work in process inventory $7,200
Less: Ending Work in process inventory <u>$ 0 </u>
Cost of Goods Manufactured <u>$88,800</u>
Answer:
a. are efficient, but long lines are inefficient
Explanation:
A rationing mechanism is a system in which who gets how many goods during a shortage is carefully chosen, in order to do these long lines are used even though they are inefficient.
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Answer:
a.Cultural facilities, infrastructure, and employment
Explanation:
Answer: b. $188,800 Blackwelder Company will allocates $188,800 to desk lamp production if the actual direct hours is 118,000.
We have the following:
Total Plant Overhead = $640,000
Total Estimated Direct labour hours = 400,000 hours
Actual labour hours for desk lamp = 118, 000 hours



![Factory overhead allocated = Overhead allocation Rate * Actual labour hours [/tex] [tex] Factory overhead allocated = $188,800 (1.6 * 118,000)](https://tex.z-dn.net/?f=%20Factory%20overhead%20allocated%20%3D%20Overhead%20allocation%20Rate%20%2A%20Actual%20labour%20hours%20%5B%2Ftex%3C%2Fstrong%3E%5D%3C%2Fp%3E%20%3Cp%3E%3Cstrong%3E%5Btex%5D%20Factory%20overhead%20allocated%20%3D%20%24188%2C800%20%281.6%20%2A%20118%2C000%29%20)
Answer:
The probability that 2 or 3 customers will arrive in a 15-minute period is 0.4703
Explanation:
Firstly, we have to determine the segment unit, since the mean is 10 per hour, the segment unit is 1 hour.
The mean(m) = 10
since the period is 15 minutes = 0.25 hour, t= 0.25 hour / 1 hour. Therefore mt= 2*10 = 2.5
The poisson distribution formula P(x) = 
Therefore the probability that 2 or 3 customers will arrive in a 15-minute period
P(x=2) or P(x=3) = P(x=2) + P(x=3) =
= 0.2565 + 0.2138 = 0.4703
Therefore P(x=2) or P(x=3) = 0.4703
The probability that 2 or 3 customers will arrive in a 15-minute period is 0.4703