The correct answer is True. When ownership of the items passes to the customer, revenue is realised. In addition to the requirements for determining when control transfers, a reporting entity must also satisfy certain additional requirements for a customer to have achieved control in a bill-and-hold arrangement.
A bill and hold sales arrangement allows for payment in advance of the item's delivery. This is a sales agreement when a product seller invoices a consumer up front but doesn't actually ship the thing until later.
In a bill and hold transaction, the vendor does not deliver the purchased goods to the customer, but the associated income is still recorded. Under this structure, revenue cannot be recognised until a number of severe requirements have been satisfied. The possibility of falsely recognising revenue too early exists otherwise.
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Answer:
The function that would determine the cost in dollars, c(z), of mailing a letter weighing z ounces is (0.46 + 0.20z)
Explanation:
Weight of the letter = z ounces (z is an integer greater than 1)
cost to mail a letter weighing 1 ounce = $0.46
cost to mail an additional ounce = $0.20
cost to mail z additional ounces = z × $0.20 = $0.20z
Total cost of mailing a letter weighing z ounces = $0.46 + $0.20z
Therefore, cost function, c(z) = 0.46 + 0.2z
Answer:
Equilibrium price = $6
Total quantity in the market would be > 400 units ( unchanged )
Explanation:
Applying small=country model
world price of product = $6
import quota = 400 units
The Equilibrium price in Marketopia would be $6 and the total quantity available in Marketopia would > 400 units
This is because in a small country assumption model, the total imports made by any country is insignificant to the Total quantity of the products available in the market therefore it has no effect on the price of the products even if when the imports are stopped by the country
Answer:
Huduko Inc.
The number of servers in this system is:
= 200.
Explanation:
a) Data and Calculations:
Utilization rate = 30%
Interarrival time of jobs = 8 milliseconds (0.008)
Coefficient of variation = 1.5
Average jobs waiting in the queue to be served = 20
Number of jobs in process = 60
Number of servers processing the 60 jobs = 60
Since the number of servers processing at a time is 60 with a utilization rate of 30%, it means that there are 200 servers in the system (60/30%).
