Hi there!
I have taken a computer fundamentals class before and they did skim over the topic, but they did not go into depth on it at all. If you really want to learn about that stuff I suggest you find a course that is specifically on that topic or something that is closer related then a general <span>computer fundamentals course.
-Your friend in tech,
</span>ASIAX <span> </span><span>Frequent Answerer</span>
Answer:
The required cash used to retire a debt can be computed as follows:
Cash used to retire debt = cash available to retire a debt, if the cash available to retire debt is less than the loan balance from previous month. Otherwise, cash used to retire debt is equal to the loan balance from previous month.
The excel formula to perform this task is provided as follows:
D33 = IF(D32<C34,D32,C34)
The same formula is used to get the values for E33 to I33.
Explanation:
See the attached picture for table.
<span>When a computer is booted the checks the computer's components. No, </span>power-on self test (POST) checks the computers components. The OS will check for the OS errors and attached device functionality like printers/scanners/camera, availability of the network, mapped drives, etc.
A linear regression model is used to show the relationship between variables on a scatter plot
The equation of the linear regression model is:
and the correlation coefficient is 0.8034
<h3>How to determine the equation of the
linear regression</h3>
The question is incomplete. So, I will make use of a dataset that has the following calculation summary (from a graphing calculator)
- Sum of X = 45
- Sum of Y = 83
- Mean X = 4.5
- Mean Y = 8.3
- Sum of squares (SSX) = 82.5
- Sum of products (SP) = 128.5
- The value of R is 0.8034.
The equation of the linear regression model is:

See attachment for the scatter plot
Read more about linear regression model at:
brainly.com/question/26347582
Answer:
Below picture should give you an indication. On different PC cases, the position of the connectors can be different, so you have to look at the shape.