Based on the information about the network, Cat 5e cabling posseses more twists per inch than Cat 3 cabling, and this will thereby reduce cross-talk and support higher data rates.
<h3>What is a network?</h3>
A network simply means a group of two or more computers that are interconnected for the purpose of exchanging data as well as sharing resources.
In this case, while Cat 3 and Cat 5e cabling appear the same physically, they are electrically different. It should be noted that Cat 5e cabling is twisted tighter than Cat 3 cabling and this will then reduce cross talk and enables Cat 5e wiring to support faster data transmission.
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You are installing networking wiring for a new Ethernet network at your company's main office building. The project specifications call for Cat 5e UTP network cabling and RJ45 wall jacks. Near the end of the project, you run out of wire before the last few runs are complete. You have a spool of Cat 3 network cable in storage. Upon investigation, it appears very similar to Cat 5e wiring.
Should you use Cat 3 cabling as a substitute for Cat 5e cabling to finish the project?
The answer is 1. A<span>lcoholic Fermentation
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Sorry I don’t know the answer I am really sorry
Answer:
cout <<showpoint << x; is the statement which prints the decimal point, but without forcing scientific.
Explanation:
The showpoint function in c++ print the decimal point number without forcing scientific.The showpoint function set the showpoint format flag for the str stream in c++.
Following are the program in c++
#include<iostream> //header file
using namespace std; // namespace
int main() // main function
{
double x=90.67; // double variable
cout <<showpoint << x; // display x without forcing scientific
return 0;
}
Output
90.6700
Answer:
The web browser sends an HTTP request to the IP address, the IP address then sends the content that are displayed by the browser
Explanation:
The process of converting the typed in URL to a displayed page is as follows;
1) The typed in URL is sent to a DNS recursor by the browser
2) The recursor gets the DNS record for the domain from the cache if the record is cached or when the DNS record for the domain is not cached, the recursor makes a requests to the DNS root from which the name of the TLD nameserver is received
3) The TLD nameserver is contacted by the resolver to obtain the authoritative nameserver's IP address
4) With the information, the resolver contacts the authoritative nameserver and obtains the domain's IP address for the domain the resolver contacts
5) The obtained IP address for the URL's domain is then sent to the browser by the resolver
6) An HTTP request is sent by the browser to the IP address and the data received by the browser from that IP address is rendered and seen as the page content.
