<u>Solution and Explanation:</u>
The given data is as follows:
Error rate = 4%, per hour payment of inspector = $8, inspection of units = at the rate of 49 per hour, cost = $9 per unit
The problem can be solved as considering an opportunity to have an improvement of 4% in the quality.
In case inspector is not hired then it will cost .04 multiply 9= $.3.6 per unit and in case the inspector is hired it will cost $ 0.163 approx.(8 divided by 49).
Therefore, on comparison, it is recommended to hire the inspector.
Lapping is best described as the process of <u>B. applying </u><u>cash receipts</u> to a different customer's account in an attempt to conceal previous thefts of cash receipts.
<h3>What is Lapping?</h3>
Lapping is an employee stealing scheme revolving around the application of cash receipts.
Lapping can be traced by tracing the application of cash receipts to customers' accounts.
Routine application of cash receipts to wrong customer accounts proves evidence of a lapping scheme.
Thus, Lapping is best described as the process of <u>B. applying </u><u>cash receipts</u> to a different customer's account in an attempt to conceal previous thefts of cash receipts.
Learn more about lapping schemes at brainly.com/question/14846195
#SPJ12
Answer:
$27.14
Explanation:
Calculation for the price of the firm's perpetual preferred stock
Using this formula
Price of the firm perpetual preferred stock = Annual dividend / Required return
Where,
Annual dividend =$1.90
Required return=7% or 0.07
Let plug in the formula
Price of the firm perpetual preferred stock = $1.90 / 0.07
Price of the firm perpetual preferred stock=$27.14
Therefore the Price of the firm perpetual preferred stock will be $27.14
If its true or false question then true i think.
Answer:
Beta of a security is the covariance of the security return with the return on the market portfolio divided by variance of the market return.
The correct answer is C
Explanation:
Beta of a security is calculated as covariance (Ri,Rm) divided by Variance of the market return. Beta is used for measuring the systematic risk of a security.
