The geographic area they cover and the use of an ISP.
1. <u>Comments</u> notes that can be attached to cells to add additional information that is not printed on the worksheet network drive.
2. <u>Footer</u> text and/or graphics that print at the bottom of each page headers.
3. <u>Headers</u> text and/or graphics that print at the top of each page rows.
4. <u>Margins</u> the white space left around the edges of the paper when a worksheet is printed comments.
5. <u>Network drive</u> location at a workplace for storing computer files footer.
6. <u>Rows</u> go across (horizontal) margins.
7. <u>Template</u> a file format used to create new files that contain the same data as the template.
<u>Explanation:</u>
On the off chance that you need to add a header or footer to all sheets, select each sheet by right-clicking one of the sheet tabs at the base of the Excel screen and clicking "Select All Sheets" in the spring up menu. It's genuinely basic to put an Excel header on all pages of all worksheets in your record.
A header is a line of content that shows up at the highest point of each page of a printed worksheet. You can change the direction of a worksheet, which is the situation of the substance with the goal that it prints either vertically or on a level plane on a page.
<span>Office 2016 is the traditional Microsoft Office product that is sold for a single time fee up front. One pays to purchase it and can install it on one single PC or Mac to use for as long as they would like, it has no expiration date. Office 365 has no hefty up front fee, instead one is charged a monthly or annual fee to get access to the most up to date version of the product. Therefore, the answer is B.</span>
Answer:
Probability Distribution={(A, 4/7), (B, 2/7), (C, 1/7)}
H(X)=5.4224 bits per symb
H(X|Y="not C")=0.54902 bits per symb
Explanation:
P(B)=2P(C)
P(A)=2P(B)
But
P(A)+P(B)+P(C)=1
4P(C)+2P(C)+P(C)=1
P(C)=1/7
Then
P(A)=4/7
P(B)=2/7
Probability Distribution={(A, 4/7), (B, 2/7), (C, 1/7)}
iii
If X={A,B,C}
and P(Xi)={4/7,2/7,1/7}
where Id =logarithm to base 2
Entropy, H(X)=-{P(A) Id P(A) +P(B) Id P(B) + P(C) Id P(C)}
=-{(1/7)Id1/7 +(2/7)Id(2/7) +(4/7)Id(4/7)}
=5.4224 bits per symb
if P(C) =0
P(A)=2P(B)
P(B)=1/3
P(A)=2/3
H(X|Y="not C")= -(1/3)Id(I/3) -(2/3)Id(2/3)
=0.54902 bits per symb
