Answer:
its in my queue
Explanation:
but are you actually good?
Answer:
the net realizable value of accounts receivable $56.300
Explanation:
To calculate the net realizable value of accounts receivable is necessary to deduct from Account Receivable the total credit amount of the Allowance for Uncollectible Accounts.
The Debit value of Accounts Receivable minus the credit balance of Allowance for Uncollectible Accounts gives the Net Value of Accounts receivables.
Complete Question:
Which term describes a category of attacks that generally are conducted over short periods of time (lasting at most a few months), involve a smaller number of individuals, have little financial backing, and are accomplished by insiders or outsiders who do not seek collusion with insiders?
Group of answer choices.
A. Critical infrastructure category
B. Unstructured threat category
C. Highly structured threat category
D. Structured threat category
Answer:
B. Unstructured threat category.
Explanation:
An unstructured threat category is a term which describes a category of attacks that generally are conducted over short periods of time (lasting at most a few months), involve a smaller number of individuals, have little financial backing, and are accomplished by insiders or outsiders who do not seek collusion with insiders.
Answer and explanation:
Implementation of projects is important to strategic planning and the project manager because it finds out how successful a project could be according to the goals set to accomplish the objective. In the process, it unveils issues and challenges that were not anticipated that can be solved in time, providing the desired or a better version of the output wanted.
Answer:
(a) $170,000
(b) $80,000
Explanation:
(a) The amount and character of Luke's recognized gain or loss on the building:
= (Fair market value - cost to built) + Depreciation expense
= ($325,000 - $200,000) + $45,000
= $170,000
(b) The amount and character of Luke's recognized gain or loss on Land:
= (Fair market value - Purchasing cost
= (210,000 - 130,000)
= $80,000
