Answer:
Explanation:
The given expression is
We need to resolve this into partial fraction.
The form of the partial fraction decomposition is
...(1)
On comparing both sides, we get
...(2)
...(3)
Subtract (2) from (3), we get
Put A=3 in (1).
Put A=3 and B=4 in (1).
Therefore,
.
Answer:
Safety Stock = 932
Explanation:
The safety stock is determinate as follows:
f the desired service level is 99% When inventory reaches ROP, during the lead time 99% of the customers will receive the good while 1% of them will face stock-out.
Formula:
We have 2 weeks lead-time the standard deviation is 200 while we want a service level of 99% (z= 0.99)
2.33 x √2 x 200 = 932
Safety Stock = 932
Answer:
Inconsistent
Explanation:
Any business in order to be successful needs to have certain characteristics which helps in building the trust of the customers and eventually leading to a flourishing business.
In the case you have mentioned above in the question, it is evident that the quality of the food was not the same as it was before and this shows the lack of consistency from the restaurant management toward maintaining their food and service quality.
Thank You and Good luck.
Answer:
a. Need not be filed if the estimated tax, after subtracting withholding, can reasonably be expected to be more than $1,000.
Explanation:
Mr. Levy's estimated tax is the tax payment method for his income that is not subject to withholding. This income includes the earnings he receives from self-employment, interest, dividends, rents, and alimony. In addition, if Mr. Levy does not choose to have taxes withheld from his other taxable income, he should also make estimated tax payments.
Answer:
Variable overhead efficiency variance= $46 favorable
Explanation:
Giving the following information:
Variable manufacturing overhead 0.30 hours $2.30 per hour
$46 Actual output 8,000 units Actual direct labor-hours 2,380 hours
<u>To calculate the variable overhead efficiency variance, we need to use the following formula:</u>
Variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Standard quantity= 0.3*8,000= 2,400 hours
Variable overhead efficiency variance= (2,400 - 2,380)*2.3
Variable overhead efficiency variance= $46 favorable