Answer:
representativeness bias
Explanation:
Representativeness bias -
It is also known as representativeness heuristic .
Heuristics refers to the use of some mental shortcuts during the process of judging or decision making .
The term representativeness heuristic was first given in the year 1970 , by psychologists Daniel Kahneman and Amos Tversky .
The use of heuristic for making any judgement by the use of comparison , is referred to as representativeness heuristic .
The process involves comparison with some predefined object or situation , with the new object or scenario , makes the process of understanding much more easier .
Hence , from the given information of the question ,
The correct term is representativeness heuristic .
Answer:
Proposition of Fact
Explanation:
A proposition of fact is the argument that tries to convince the audience about a course of action which the argument maker desires everyone must accept. So in this scenario, Janet brings forward a solid argument which is supported by the accident outcome and this argument can be used to convince the audience.
The answer is b.
Strong language often means <span>strong feelings on the side of the speaker. Strong language is another way of saying vulgar or foul language, and is usually used by people who are angry.
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Answer: Interest on a Note Payable is most appropriately accrued: "B. as of the end of each accounting period during which the note is a liability.".
Explanation: As long as the Note Payable remains a liability and has not yet reached its due date, according to the accrual principle, at the end of each accounting period the accrued interest must be recognized, and when the Note payable reaches its expiration it must remain with balance 0 the interest not accrued account.
Answer:
$1,440 per machine
Explanation:
The computation of the cost per machine is shown below:
= Total cost ÷ number of machine completed
where,
Total cost = Material cost + direct labor cost + manufacturing overhead applied cost + beginning work in process cost - ending work in process cost
= $15,000 + $11,000 + $7,000 + $11,000 - $8,000
= $36,000
And, the number of machine completed is 25
So, the cost per machine is
= $36,000 ÷ 25 machines
= $1,440 per machine
