Answer:
Desktop computer with 2 screens
Explanation:
All graphices designers need the most screen space possible
Answer:
Normal Margin is fit on the page. The default margins for Microsoft Word is normal margin.
Explanation:
The paper visual effect give the document’s theme and quality. Margins send visual effects. Making a document right helps you to send the right message to readers. Use a small paper and adding a border.
You can change the page layout that people notice first with size, orientation, and margins.
Page margins make your document readable. Margins make the document more readable, make text look inviting, and given reviewers.
With narrower margins, you can reduce more words on-page.
To many words in a line make it difficult to read the document.
Margins are of many types
- Normal Margin
- Narrow margins
- Moderate margins
- Wide margins
Normal gives an equal inch to all sides of the page.
Narrow margins give little room to each column.
Average margins squeeze words from left and right.
Wide gives space when proofing the manuscript.
f = int(input("Enter a number: "))
if(f%7==0):
print("It's divisible by 7.")
else:
if(f<7):
print("7")
else:
print(str(f-(f%7))+", "+str(f+(7-(f%7))))
Answer:
The space available will vary between 800 GB (100%) and 400 GB (50%) of the total disks, depending on the RAID level.
The OS will handle the RAID as a single disk.
Explanation:
Each RAID level implements parity and redundancy in a different way, so the amount of disks used for this extra information will reduce the space available for actual storage.
Usual RAID levels are:
<u>RAID 0:</u> does not implement any redundancy or parity, so you will have available 100% of the total storage: 8 x 100 GB = 800 GB
<u>RAID 1:</u> Duplicates all the information in one disk to a second disk. Space is reduced in half: 400 GB
<u>RAID 5:</u> Uses the equivalent of 1 disk of parity data distributed evenly on each disk, meaning the space available is
of the total disks:
of 800 GB = 700 GB
Writting and reading the information on a RAID storage is handled by a raid controller, either implemented in hardware or software. The OS will "see" a single disk and will read or write information as usual.