[preparing trial balance] I am suppose to be preparing a trial balance but base on the accounts and information I have, I have the cost amounts for two years. How would I do that?
Answer:
A) Possible lost jobs from buying outside
Explanation:
In a make-or-buy decision, technical aspects directly related to manufacturing are those that come into play: costs, schedules, quality, among others. A classic example is Apple. Because of the advantages in costs, quality, schedules and other aspects, Apple chooses to manufacture its products in China instead of manufacturing themselves or with a third party in the US, despite the loss of jobs that it generates.
Answer:
Option (B) is correct.
Explanation:
Equivalent units of production(EUP) - Materials:
= Transferred out + Ending balance
= 10,451 units × 100% + 3,483 units × 100%
= 10,451 + 3,483
= 13,934
Equivalent units of production(EUP) - conversion:
= Transferred out + Ending balance
= 10,451 units × 100% + 3,483 units × 36%
= 10,451 + 1,253.88
= 11,704.88
Material cost = 
Material cost = 
= 73,157
Conversion cost = 
Conversion cost = 
Conversion cost = 
= 53,715
Therefore,
Total cost of units completed during the period(10,451 units):
= Material cost + Conversion cost
= 73,157 + 53,715
= 126,872
Answer: d.the holders must have acted honestly and observed all reasonable commercial standards of fair dealing.
Explanation:
For an instrument to be negotiable, it should be noted that the UCC requires that such instrument have to be signed by the maker or the drawer.
The UCC requires that HDCs take instruments in good faith. This means that the holders must have acted honestly and observed all reasonable commercial standards of fair dealing.
Answer:
Explanation:
C(q) = 100+10q-q^2+(1/3)q^3
To find the firm marginal cost function:
Take the derivative with respect to q
MC = 10 - 2q + q^2
Assuming that the market price is p , then the profit maximising condition is:
MR = MC
p = 10 - 2q + q^2
The short-run supply curve is the marginal cost curve that lies above the average variable cost.
The average variable cost is:
AVC =VC/Q
AVC = (10q-q^2+(1/3)q^3)/Q
AVC = 10 - q + (1/3)*q^2
So, the short-run supply curve is:
SRS = 10 - 2q + q^2 if p > 10 - q + (1/3)*q^2
