Answer:
The different parts that make up a chart are referred to as chart elements.
Most of the items on a chart can be repositioned by clicking on an item and dragging it with the right mouse button.
The black handles also indicate that the item could be moved, resized and formatted.
All of these chart items (except the chart area) once selected can be moved around and resized relative to other items.
Explanation:
The most important aspect of computer science is problem solving, an essential skill for life. Students study the design, development and analysis of software and hardware used to solve problems in a variety of business, scientific and social contexts.
Answer:
The two phases to the context of this discussion are listed follows.
Explanation:
- <u>Solution 1</u>: Delete 1 GB of current RAM as well as install another DIMM0 Chan A slot through one 2 GB of double-channel RAM. (thinkable unless the 2 GB RAM is provided by the motherboard in what seems like a DIMM0 Chan A slot)
- <u>Solution 2</u>: whether there's an unused or blank slot, perhaps one 1 GB dual-channel Ram could be mounted in some other slot at around the same speed or frequency.
It's quite safer to mount memory with appropriate frequencies across both situations.
Word wrap is the same as; Soft Return
Word wrap means that you let the; Computer Control when it will go to a new line
<h3>What is Text Wrapping?</h3>
Text wrapping is simply defined as a process used in MS Word to Wrap a Text around an Image.
Now, the way it is done is by selecting the image you want to wrap text around and then On the Format tab, click the Wrap Text command in the Arrange group, then select the desired text wrapping option to wrap the text.
Finally Word wrap is also same as using soft return and letting the computer control when it goes to the next line.
Read more about text wrapping at; brainly.com/question/5625271
Answer:
Check the explanation
Explanation:
% iterate through each column (outer loop) , then iterate rows-1 (inner loop)
%take product of adjacent rows
mat = input('enter 5 by 5 matrix : ');
[R,C] = size(mat);
max_prod =0;
for c =[1:C]
for r=[1:(R-1)]
temp = mat(r,c)*mat((r+1),c);
if max_prod<temp
max_prod=temp;
end
end
end
fprintf('Greatest product : %i\n', max_prod)
Kindly check the output in the attached image below.
