Answer:
Following Becky's estimation, the bad debt expense must be equal than the 8% of the total credit, less the value already booked in the balance sheet accounts (doubtful accounts).
Explanation:
In this case, 2,000,000*8%=160,000. Then this 160,000 must be subtracted to 2,200 (160,000-2,200=157,800). Finally, the bad debt expense to be reported is $157,800
You understand life so this has to be 20 characters so hello
A product-process matrix can be used to address the fact that customers often participate in service processes.
This is FALSE.
A customer is a recipient of goods, services, products, or ideas obtained from a seller, vendor, or supplier through financial transactions or in exchange for money or other valuable consideration.
A customer is an individual or business that purchases goods or services from another business. Customers are important because they drive sales. Without them, companies cannot continue to exist.
The definition of customer is a person who purchases products or services at a store, restaurant, or another retail establishment. An example of a customer is someone who goes to an electronics store and buys a television. (informal) A person, especially a person, who interacts with others in some way.
Learn more about customer here:brainly.com/question/12831236
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Answer:
If Division X refuses to accept the $19 price internally and Division Y continues to buy from the outside supplier, the company as a whole will be:_________.
c. worse off by $28,600 each period.
Explanation:
The $28,600 loss the company incurs is from the lost contribution that Division Y's purchase of Division X's parts could have brought to the company if it buys parts inhouse. This is calculated as follows:
Division X's variable cost per unit = $17
Division X's selling price to outside customers = $23
Division Y's offered buying price = $19
The contribution = $2 ($19 - $17)
Answer:
Net Present Value $ 23,373.49
Explanation:
First, we solve for the expected return:
![\left[\begin{array}{cccc}State&Return&Probability&Weight\\best-case&19,000&0.25&4,750\\base-case&12,000&0.5&6,000\\worst-case&-3,000&0.25&-750\\Total&&1&10,000\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bcccc%7DState%26Return%26Probability%26Weight%5C%5Cbest-case%2619%2C000%260.25%264%2C750%5C%5Cbase-case%2612%2C000%260.5%266%2C000%5C%5Cworst-case%26-3%2C000%260.25%26-750%5C%5CTotal%26%261%2610%2C000%5C%5C%5Cend%7Barray%7D%5Cright%5D)
Now, we solve for the present value of this vaue over the four-year period:
C 10,000.00
time 4
rate 0.12
PV $30,373.4935
<u>Last we subtract the investment cosT:</u>
30,373.49 - 7,000 = 23,373.49
