Answer:
87.72%
Explanation:
Calculation to determine the ratio of the utilization of the system to its efficiency
Using this formula
Ratio=Orientation session/Effective capacity of the Academic*100
Let plug in the formula
Ratio = (1,500 / 1,710) * 100
Ratio= 0.8772 * 100
Ratio= 87.72%
Therefore the ratio of the utilization of the system to its efficiency will be 87.72%
Answer:
See attached accounting entries.
Explanation:
For question 1, the likelihood of a payment occurring is probable, the is chance that Pacific Cruise Lines will pay liability as such estimated amount of $1.29 million should be set aside.
For question 2, the likelihood of a payment occurring is probable, the is chance that Pacific Cruise Lines will pay liability as such estimated maximum amount of $1.29 million should be set aside.
For question 3, the likelihood of a payment occurring is reasonably probable, the is chance that Pacific Cruise Lines will pay liability as such estimated amount of $1.29 million should be set aside.
For question 3, the likelihood of a payment occurring is remote, that is, there little relationship with this case that cause Pacific Cruise Lines being liable to pay as such potential amount of $1.29 million should be set aside.
Answer: No. The owner cannot get the card back because of the minor’s lack of capacity
Explanation:
From the information given, we are told that a minor bought a baseball card from a baseball card store for $12, even though the price was $1,200.
It should be noted that the owner cannot get the card back based on the minor’s lack of capacity. In this case, the idea is to protect the minor, therefore the minor who bought the baseball card is the one that can disaffirm or cancel the contract. In this case, the adults are bound to the contract.
The baseball card will only be gotten if the minor wishes to give it back.
Answer:
The $885,000 was transferred to Finished Goods
Explanation:
The computation of the transferred amount to finished good is shown below:
= Material used + labor cost + overhead cost
where,
Overhead cost = (Expected overhead ÷ estimated labor) × actual labor cost
= ($300,000 ÷ $200,000) × $150,000
= 1.5 × $150,000
= $225,000
The other items values would remain the same
Now put these values to the above formula
So, the value would equal to
= $510,000 + $150,000 + $225,000
= $885,000
Answer:
A place with a lot of noise, poorly lit, and distractions
