Remote desktop is a technology that allows users to connect to a specific computer from a remote location as if they were sitting in front of it.
<h3>What is the desktop remote system?</h3>
A remote desktop is a program or an operating system feature that permits a user to connect to a computer in another location, see that computer's desktop and interact with it as if it were local.
<h3>What is Remote Desktop example?</h3>
A basic example of a Remote Desktop is securing your home laptop to your office PC so you can access files, run applications, print documents, etc. on that PC without going into the office.
However, the host machine does not have to be a PC. It is often a waitperson or virtual server environment in many business use cases.
To learn more about remote desktop, refer
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The limitation of computer are:
- No self-intelligence
- No feeling
- No learning power
- Dependency
Answer: FILTERS area
Explanation: PivotTable is the kind of a tool that is used for the calculation of the data by analyzing ,summarizing ,comparing it according to the pattern and the sequence of the data.In this this tool. filter is used as the component for the filtering of the data in small/minor unit by analyzing it deeply. Different filter techniques is used in analyzing of the spreadsheet in PivotTable.
Answer:
A fax machine is used to send documents over a phone network.
Explanation:
The transmission that is sent is called "Faxes"
The easiest way to understand this is by having one person print a document at someone else's house. It is also a live time like a telephone, or like a text message.
Answer:
The program written in Python is as follows:
<em>See Explanation section for line by line explanation</em>
for n in range(100,1000):
isum = 0
for d in range(1,n):
if n%d == 0:
isum += d
if isum == n * 2:
print(n)
Explanation:
The program only considers 3 digit numbers. hence the range of n is from 100 to 999
for n in range(100,1000):
This line initializes sum to 0
isum = 0
This line is an iteration that stands as the divisor
for d in range(1,n):
This line checks if a number, d can evenly divide n
if n%d == 0:
If yes, the sum is updated
isum += d
This line checks if the current number n is a double-perfect number
if isum == n * 2:
If yes, n is printed
print(n)
<em>When the program is run, the displayed output is 120 and 672</em>
