Answer:
Internet of Things are everyday items that uses the internet, 5G internet enhances the internet service allowing you to connect, receive, or send information in places where internet would usually be slower like crowded areas. Through antennas using spectrum which carries information through different types of waves, it overall makes the internet service better, making the appliances on that internet service faster.
Explanation:
Internet of Things are basically any everyday item that has software that connects to the internet, in which that item sends or even receives data from it connecting to different servers using an internet service.
5G is a 5th generation technology that also connects to servers through an internet service. This 5G technology allows the items to receive information faster, which overall approves the internet service. One of the proud examples of 5G technology is our modern-day phones/appliances. 5G technology allows you to connect to an internet service and send information or receive information faster than 4G technology.
For your answer, since "internet of things are everyday items that uses the internet, 5G internet enhances the internet service allowing you to connect, receive, or send information in places where internet would usually be slower like crowded areas. Through antennas using spectrum which carries information through different types of waves, it overall makes the internet service better, making the appliances on that internet service faster."
Hope this helps.
Answer:
A. Run the parted command.
D. Reboot the system.
Explanation:
Linux command line shell is a vital tooling server administration. It provides the flexibility of executing user and kernel mode commands on the command line interface.
Unlike graphic user interface operating systems, it receives typed commands on its prompt to execute tasks. The fdisk command shows the newly created partition on a disk, and to reload, the parted command is executed or the system should be rebooted.
Answer:
# create the file
filename = "Testfile.txt"
# for writing, we create the output file:
outPutfile = open(filename, "w")
# Writing numbers from 1-100
for item in range(1,101):
outPutfile.write((str)(item))
outPutfile.close()
# printing the contents to verify it worked correctly
infile = open(filename, "r") #note the "r" indicates the mode
fileContents = infile.read()
infile.close()
print(fileContents)
Explanation:
- Define the working file fileName = TestFile
- Create the output file for writting outPutfile = open(filename, "w")
- Use a for loop to write numbers from 1-100 to the file outPutfile.write((str)(item))
- Close the file outPutfile.close()
- You may open the file read its content and print the contents to verify it worked correctly
A raid 1 and mirrored system writes data on two or more disks simultaneously, thereby creating a complete copy of all the information on multiple drives.
<h3>What is Disk mirroring?</h3>
In data storage, disk mirroring is a term that connote the doubling of logical disk volumes into a different physical hard disks so that it will always be available.
Conclusively, Note that this is mostly used in RAID 1. A mirrored volume is known to be full logical depiction of separate volume copies and as such the answer above is correct.
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