A) Be flexible and adjust to different situations
This should be the answer as she needs to be flexible and adjust to different situations in situations that she does not expect. She prepared for the interview but the hiring manager is not asking any of the questions she practiced which means that she has to be more flexible and answer the rest of the questions in the interview as best as possible by adjusting to the situation.
Answer:
Statement of Net Assets or statement of financial position.
Explanation:
Statement of net assets shows the permanently restricted, temporarily restricted, and unrestricted funds. This is represented into he equity section.
A template for the creation of statement of financial position is provided by the IRS form 990.
Unrestricted assets are donations to the organisation that can be used for general expenses.
Temporarily restricted assets are set aside for a particular project by donors
Permanently restricted assets are those that are invested in perpetuity, and the revenue earned is used for a specific purpose.
Based on the information given the formal event in which this is dome is :Product backlog refinement.
<h3>What is product backlog refinement?</h3>
Product backlog refinement can be defined as the process in which the development team tend to understand a product as well as how the product should be prioritize.
Product backlog refinement is important as it help to increase efficiency when planning for the next sprint and it as well help the development team to have full understanding of what the outcome of the product will be.
Inconclusion the formal event in which this is dome is :Product backlog refinement.
Learn more about Product backlog refinement here:brainly.com/question/4841869
Answer:
And we can solve for y and we got:
And using condition (1) we can solve for x and we got:
So then the minimum cost for this case would be:
Explanation:
For this case the graph attached illustrate the problem for this case
We know that the total area is 60000, so then we have:
If we solve for x we got:
(1)
Now we can define the cost function like this:
We can use the condition (1) and if we replace in the cost function we have:
Since we need to minimize the cost, we can derivate the function in terms of y and we got:
And we can solve for y and we got:
And using condition (1) we can solve for x and we got:
So then the minimum cost for this case would be:
