he operating expense recorded from uncollectible receivables can be called all of the following except c. bad receivables expense.
Customers' outstanding debts for goods or services they have received but haven't yet paid for are referred to as accounts receivable. For instance, the amount owing when clients buy things on credit is added to the accounts receivable. It is a debt incurred as a result of a commercial transaction.
The term "accounts receivable" describes the unpaid bills or cash that customers owe a business. The term describes accounts that a company is entitled to get since it has provided a good or service.
Receivables, also known as accounts receivable, are a company's line of credit that typically include terms that call for payments to be made within a somewhat short time frame. Usually, it varies from a few days to a fiscal or calendar year.
To know more about accounts receivable:
brainly.com/question/13166196
#SPJ4
Answer:
a. The true cost of something in its cost of opportunity
Explanation:
Opportunity cost is the cost which is defined as the cost or expense of one item which is lost in order to get the opportunity to do or to consume something else. In simple words, it is the value or the cost of the next best available alternative.
So, when the person select to bought the textbooks through Chegg instead paying the higher price for the same books through the bookstore. Under this situation, the principle applies is the cost of something in its opportunity cost.
The correct answer is repatriation.
A person who has been sent to work in another country might have a hard time adjusting to his original country once he or she returns. This is because you assimilate into that new culture, and when you go home, you have to readjust again in order to assimilate back into your former culture.
Answer:
See Explanation
Explanation:
Given



The following details are omitted from the question
--- Price of the Shoes
--- Spent on dancing
--- Budget on shoe and dancing
Solving (a): Her budget line
First, we determine her budget equation (B).
This is calculated by:

This gives:


Divide through by 50

--- The budget equation
<em>See attachment for the budget line equation</em>
Solving (a): Optimal Consumption Bundle Point
First, we determine the marginal rate of substitution (MRS) using:


This implies that:

Cross Multiply


Divide by 2

Substitute T for S in the budget equation



Recall that:


So, the point if optimal consumption bundle is (5,5)
<em>See attachment for point R</em>
Answer:
Convert the bonds into 20 common stocks.
Explanation:
the investor has 3 options:
- sell the bond at $1,000 x 1.005 = $1,005
- sell the bond to the corporation at $1,000 + $10 = $1,010
- convert the bond into 20 common stocks = 20 x $51 = $1,020
the option that yields the highest return is to convert the bonds into common stocks.