The answer is B.
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Answer: 0.7973
Explanation:
Binomial probability formula :-
, where P(x) is the probability of getting success in x trials , p is the probability of success in one trial and n is the number of trials.
Given : The probability of getting a defect components : 
If randomly select and test 26 components , then the probability that this whole shipment will be accepted will be :-
Hence, the probability that this whole shipment will be accepted = 0.7973
The instrument that Shawn must use is “payable to the order of” before the name of the payee.
<h3>Requirements of Negotiability </h3>
- The first of the four major considerations is whether or not a paper is negotiable, and it is one that nonlawyers must address.
- Auditors, retailers, and financial institutions frequently handle notes and checks and must make quick decisions about negotiability.
- In a negotiable instrument, the only permissible promise or direction is to pay a particular sum of money. Any other promise or command renders negotiability null and void
- This restriction exists to prohibit an instrument from having an uncertain value.
- If the bearer of a negotiable instrument had to examine whether a provision or condition had been met before the thing had any value, the utility of the object as a substitute for money would be severely diminished.
Hence, the instrument that Shawn must use is “payable to the order of” before the name of the payee.
To learn more about the Negotiation instrument refer to:
brainly.com/question/9312091
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Answer:
$2.25 per unit
Explanation:
The computation of the cost per equivalent is shown below:
= Total conversion cost ÷ total units completed
where,
Total conversion cost is
= Beginning work in process conversion cost + cost of conversion added
= $20,250 + 271,125
= 291,375
And, the number of units is
= Units completed + work in process ending inventory units × completion percentage
= 115,700 units + 23,000 units × 60%
= 115,700 + 13,800
= 129,500 units
So, the cost per equivalent unit for conversion cost is
= $291,375 ÷ 129,500 units
= $2.25 per unit
