The answer is a copy of the current and prior year’s audit programs
I hope that helped
Answer:
The answer is: Not reliable because consumers know less than suppliers about used car quality.
Explanation:
Predictions using the supply and demand (S&D) model are reliable when:
- companies sell identical products,
- everyone involved (suppliers and consumers) has full knowledge
- about the price and quality of the products or services being offered,
- both the suppliers and consumers are price takers (have no control to dictate prices), and
- the costs of trading are low
If one or more of these conditions are not met, then the S&D model wouldn´t work properly. In this specific case, the suppliers had much information about the quality of the used cars than their customers.
Most contracts like this will not change based on the borrowers financial situation. In this case, Kelsey and Cody will still be responsible for paying the debt they owe. Several things will happen if they do not pay:
1. the debt will be sent to a collections agency
2. This will cause a derogatory mark on their credit history.
<u>The answer is "1920".</u>
This is how we calculate this;
time = 16 hours
normal processing rate = 2 per minute
so,
Things-in-Process (Queue) = 16 hours x (2 Items/Minute x 60 Minutes)
<u>= 1920</u>
Answer:
Largest possible total contribution margin = $127,800
Explanation:
<em>Whenever a company is faced with a limiting factor i.e a resource in short supply, the company should allocate the resource to the product with he highest contribution per unit of the scare resource</em>
The highest contribution from the 4,200 machine hours could be determined as follows:
Step 1 : Contribution per hour
Contribution per machine hour = contribution per unit/ machine hour
Product L Product C
$ $
Contribution 24 18
Machine hour 3 2
Contribution per hour 8/ hr 9/hr
Ranking 2nd 1st
Product C would be produced using the entire machine hours. Doing so would generate the highest contribution possible.
Contribution = contribution per hour × machine hours
= 9 × 14,200 = $127,800
Largest possible total contribution margin = $127,800
