Answer:
Net income increase - $4,890
Explanation:
The computation of the effect on net income is shown below:
= Number of pounds of inferior product × (standard price for the materials - inferior product price per pound)
= 3,000 pounds × ($13 - $11.37)
= 3,000 pounds × $1.63
= $4,890 increase
For determining the effect we took the difference of the prices and then multiply it with the number of pounds of the inferior product
Answer:
Explanation:
This is an annuity question. Use present value of annuity formula to solve this;
You can use a financial calculator to solve it. I'm using "Texas instrument BA II plus" calculator
<em>(Note: if using the same calculator as above ,enter the numbers first, then each respective function )</em>
N ; duration on investment = 20
I/Y; interest rate per year = 12%
PV; Present value = -2,000,000
FV; Future value = 0 (in annuities, use 0 if not given)
then CPT PMT = 267,757.56
Therefore, Stephanie will be able to withdraw $267,757.56
The next step to undertake in the troubleshooting process is:
<h3>What is Troubleshooting?</h3>
This refers to the various ways through which a person assesses a problem and eliminates them.
In the troubleshooting process, we can see that there are various processes which includes: Information gathering, analysis, implementation, etc.
However, as the problem is caused by complex issues, it is best to document the incident so that it can be more carefully analysed.
Read more about troubleshooting here:
brainly.com/question/25953942
Answer:
The correct answer is letter "C": Steaming and broiling.
Explanation:
Steaming and broiling is the process by which food -in this case, meat- is cooked by placing it above a stove that is in heat. It enables to keep the natural flavor of the food and its nutrients. Besides, the shape and the color of the food do not suffer dramatic changes. Though, steaming ovens are expensive. Usually the cost more than $2000 (USD).
Answer:
D, should be investigated because an assignable cause of variation might be present.
Explanation:
An R-chart is a control chart that is used to observe the variability of a process when measuring or analyzing a small subgroup of the process. The R-chart has a control limit and the position of a process variability has its own effect on the process.
In a R-chart, the center line of each subgroup analyzed is usually the expected value of the range of the process.
When the process variability is below the center line, the process should be investigated as there might be a cause of variation being below the center line.
Cheers.
