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Introduction to jQuery Autocomplete

Autocomplete is basically a mechanism that provides the users with a pre-populated list of values or suggestions as they type which enables them to easily find and select a particular item from the list. This jQuery feature helps the users by preventing them to type an entire word or set of words to find options from the select box. The user can then select from the list of options available which will be displayed in the input field. To help select from the list of available options, jQuery UI provides an autocomplete An autocomplete widget is a control that basically filters the options to display only those matching with what the user is typing in control.

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$(selector, context).autocomplete (options)

$(selector, context).autocomplete (“action”, params)

Syntax

Below is the syntax for jQuery Autocomplete:

Syntax #1 $(selector,context).autocomplete(options)

Where,

options: Parameter refers to an object which specifies the behavior of the list of suggestions as to the user types.

Syntax #2

The autocomplete(“action”, params) method is used when we need to perform an action on the list of suggestions. Such actions can be shown or hide for example.

$(selector,context).autocomplete("action", params)

Where

action: specifies a string.

Implementation of jQuery autocomplete Method

Let us take a look at a few examples to understand how the autocomplete method can be implemented in web pages.

Example #1

The following example illustrates how the autocomplete mechanism works without passing any parameter to the autocomplete() method.

<link rel=”stylesheet” $(function() { var languages = [ “C”, “C++”, “Java”, “JavaScript”, “jQuery”, “PHP”, “Python”, “Ruby”, “C#”, “React” ]; $(“#langs”).autocomplete({ source: languages }); }); #divstyle { text-align: center; background-color: cadetblue; width: 400px; height: 150px; margin-left: 100px; } #pid { color: brown; font-weight: bold; font-family: Georgia, “Times New Roman”, Times, serif; }

Output:

Below screenshot is of the output which gets displayed on the page once the above code is executed. As we start typing words, for example, here, the word containing “j”, we see a list of suggestions for the words with “j” getting displayed below the input box.

We can use the up and down arrow key to navigate the list and make the selection as shown below in the screenshot.

Example #2

In the following example, we are trying to demonstrate the usage of a label in the autocomplete widget of jQuery.

Code:

<link rel=”stylesheet” $(function() { $(“#autocmp”).autocomplete({ source: [ { label: “Mathematics”, value: “MATHS” }, { label: “Chemistry”, value: “CHEM” }, { label: “Physics”, value: “PHY” }, { label: “English”, value: “ENG” }, { label: “Environmental Science”, value: “EVS” } ] }); }); #divstyle { text-align: center; background-color: cadetblue; width: 400px; height: 150px; margin-left: 100px; } #pid { color: brown; font-weight: bold; font-family: Georgia, “Times New Roman”, Times, serif }

Output:

Below screenshot is of the output which gets displayed on the page once the above code is executed.

As we start typing the word in the input box, we start getting a list of suggestions as shown below in the screenshot.

Here we are using labels in autocomplete()

If we start with typing “E” or “e” or “S” or “s”, we get a list of available options containing these letters.

We can then make the selection as per our choice.

We can use up and down arrow keys for navigation.

Example #3

In the following example, we are trying to demonstrate the usage of two options, that are, minLength and delay in jQuery autocomplete() method.

Code:

<link rel=”stylesheet” $(function() { var avaialableSubjects = [ “Mathematics”, “Chemistry”, “Physics”, “English”, “Environmental Science” ]; $(“#subjs”).autocomplete({ source: avaialableSubjects, minLength: 2, delay: 500 }); }); #divstyle { text-align: center; background-color: cadetblue; width: 400px; height: 200px; margin-left: 100px; } #pid { color: brown; font-weight: bold; font-family: Georgia, “Times New Roman”, Times, serif; } <div&gt

Output

Below screenshot is of the output which gets displayed on the page once the above code is executed.

As we start typing the word in the input box, we start getting a list of suggestions as shown below in the screenshot.

Here we are using labels in autocomplete()

Here, minLength specifies the number of characters that must be entered before getting the matching values, the default value is 1.

delay specifies the time delay in milliseconds for which we need to wait before trying to obtain the matching values, the default value is 300.

Conclusion

In this article, we discussed the autocomplete widget functionality and its usage in the development of modern websites. This jQueryUI feature provides the users with the facility of obtaining a list of suggestions while typing in an input box and making a selection from the list which will be displayed in the input field. This feature helps users by not making them to type an entire word for making a selection. It can be utilized in searching and filtering purposes as well.

Recommended Articles

This is a guide to jQuery Autocomplete. Here we discuss the introduction, two syntaxes, and how autocomplete method can be implemented. You can also go through our other related articles to learn more –

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How Your Content Can Be Your Best Pr

According to BuzzSumo, the Internet grew by a little over 500 link building-related articles last month.

Of course, this is a good thing, as everything that was published before April 24, 2012 can be safely disregarded thanks to Google’s Penguin update. Yes, 2012 happened forever ago, or at least that’s what it feels like, but some of those old posts and articles still pop up here and there in search results (speaking of link building done right).

No doubt, link building is still an in-vogue topic not only because it is one of the most important ranking factors, but also because it’s a vital part of any brand’s credibility or PR strategy. People tend to purchase services or goods from familiar brands, so that means your company’s name has to resonate with your potential consumers when they are sifting through numerous other brands. Being mentioned by popular online news resources is one of the best ways to gain your clients’ trust.

In this article, I am going to discuss some link building strategies that any company will find affordable to implement. Since I have in-depth expertise on building links through content creation and distribution, that’s what we’re going to focus on here. I strongly believe that basing your link building strategy on content management principles will not only earn you links but will also increase social shares along with referral traffic.

Interviews

Whether you’re presenting an existing idea in a new light, capturing a new audience, or simply growing your list of connections, interviewing the right people for their insight is a smart move that makes sense for brand publishers.

However, it’s so easy to bungle or miss a potential opportunity.

Below are a few things worth keeping in mind if you want to maximize your outcome:

1. Do your homework.

By using this strategy, you’ll significantly increase your response rate since you’ll show that you want to talk about things they are interested in.

2. Break the ice.

The best way to strike up a conversation online is to share your creation on Twitter or LinkedIn, tagging the expert in your post. That expert may have served as an inspiration to you, or they may have reached an interesting conclusion after analyzing heaps of data, or maybe you can prove this expert wrong.

In any case, after you’ve tagged your expert, you can approach that person directly, be it via a Twitter private message, or a good old email. In one of my previous articles, I described the ways you can get hold of anyone’s email address. Because everybody uses the Internet.

3. Study up on your expert’s portfolio (if it is accessible).

This one should guarantee you a backlink to your published interview (provided you didn’t mess the aforementioned things up). Most industry experts have a separate section on their websites where they list all the written works they have ever contributed to, whether directly or indirectly.

However, some experts, due to a genuine lack of time or excessive confidence, don’t think they need to have a portfolio. So make sure the experts you’re interested in connecting with do have this section on their websites. Otherwise, your chances of getting a backlink are minuscule.

At this point, you’re most likely wondering how to track down those experts and avoid spending hours filling out registration forms, checking their websites, and engaging in other standard stalking activities. Ladies and gents, I am more than happy to share my ways of solving this dilemma.

Research several round-up articles or interviews relevant to your industry, and see who is linking to them. Monitoring competitors, topics, and influencers in your niche: this can be accomplished using tools like Ahrefs or Majestic.

Leaving Feedback

Every brand or company that wishes to proliferate its success has to listen to their users. Always. Considering customer feedback is extremely important for any business striving to provide their customers with the products they need.

In this case, while in pursuit of a precious link, your outcome may envelope two scenarios, depending on the company’s website structure:

1. Testimonial left in a couple of sentences

It’s your lucky day! The company you are looking to get a backlink from has a feedback section, like Serpstat’s Users’ Experiences. Now, calm down and pull yourself together. Concentrate on the message you want to transmit. Describe your overall experience; tell them how much easier your life has become ever since their product has come into your life. But don’t go overboard with the praise. No one is going to believe a cheesy statement.

2. Detailed case study

Aw, what’s wrong?! They don’t have that feedback section you were looking for? Well, that’s a bummer.

But don’t give up. Have you checked if they publish user case studies? They could be featured on their blog or ‘About’ page depending on their site’s structure. When writing a case study, you need to describe your situation before you started using the product, how your situation improved over time, and of course, how head over heels you are now that this product is in your life.

Be specific, try analyzing the product’s features. If your case study provides valuable insight or shows how a real problem can be approached and solved using this product, then it’s a sure shot they’ll feature your story.

Turning brand mentions into links

This tactic doesn’t necessarily require content per se, but I still consider it relevant to the matter.

First things first, you need to track these mentions. To do that, try using Google Alerts or chúng tôi — they are free of charge. There’s also chúng tôi which offers market research and reputation management. Moz has a really neat tool that, if you spend some time digging up the history of mentions (that can go back as far as 30 days), will reveal some valuable data. You decide which tool you like better.

Since there’s no sense trying to get brand mention on a non-relevant site, you have to share the same niche or interests with the company or a brand.

Here are a couple of sure-fire ways to get a link:

Link to the company’s content on your blog. When crafting your pitch, mention that you previously referred to their fascinating content in one of your studies.

Ask any of the industry’s experts for a tip or quote to use in the piece that you’re planning to publish shortly.

Turning brand mentions into links is all about finding citations and reaching out to the person responsible for the page to get the brand mention turned into a link, which is much less hectic than crafting a new piece of content from scratch or performing broken link-building.

Monitoring your competitors’ lost links

When using this tactic, you can’t do without reports like the ones offered by Majestic or Ahrefs, which help you find your competitors’ lost links.

[Your Name]”

Back to the tools and reports that can help you find lost links. The screenshot below illustrates how you can select a time frame and see a list of links that have been deleted:

Analyze the information you receive, then all you need to do is deliver content similar to what that site was referring to but is currently missing. Sounds like a lot of effort, doesn’t it? Yes, it requires you to invest some time into this type of data analysis, but there’s a good chance you can deliver a piece that will turn a couple of brand mentions into links.

Guest Posts

I wouldn’t recommend using guest posting solely for link building — only because it’s too expensive. In order to cut down on your expenses, try to locate those sites that can potentially drive referral traffic to your website. In order to do this, you’re going to need a tool like SimilarWeb, which allows you to find sites that are sending referral traffic to your competitors’ websites.

After evaluating your traffic flow, you need to filter out those websites that don’t accept guest posts or co-branded content. Some blogs aren’t interested in content from other authors, but eager to cooperate by creating stories together.

When it comes to guest posting, keep in mind that websites are always looking for bigger fish to fry; they want to get top-notch experts or exclusive content. So unless you are that big and important, it makes sense to start small, reaching out to less buzz-creating blogs. Another reason here is that you need time to figure out what is the definition of exclusive content within your niche.

And like I always do, I have included a couple of tips that should assist you in publishing your masterpiece:

Use BuzzsSumo to analyze what kind of topics those brands/websites cover (simply type in a blog’s name and then download a generated list of topics). For example, you can get inspired by a recent update or a change of some sort (like new Google updates or mobile page requirements, and so on).

Again, in BuzzSumo, you can see the average length of a post on a specific website. This is something you need to keep on your radar. Otherwise, you’ll be forced to rewrite your article or receive a callous “no.”

Pay attention to the style of the articles on their blog. See if they prefer to use subtitles, captions, or short or long paragraphs. Do they require you to comply with a formal style guide, or are they into bold and lively statements made informally? All of these nuances make a difference and most posts get rejected because of uninformed authors.

Wrap Up

One of the biggest misconceptions in SEO is that quality content generates natural links on its own. No, it doesn’t. You’d be surprised to know that thousands of site owners produce hundreds of quality articles on a daily basis. And they don’t have a single backlink to show for it. To score links in a world jam-packed with content, you need to take your game to the next level.

In this post, I walked you through the link building steps any company can and should implement if it wants to create link-magnet content. Now, it’s time to put these tactics into practice! I’m looking forward to hearing your link building success stories.

Image Credits

Featured Image: Unsplash

In-post Images: Screenshots by Alex Tachalova. Taken February 2023.

Crm Misconceptions Can Be Costly

I wrote a column last year on CRM (“A Little CRM, Please“) that generated a lot of reaction. It seems that lots of us think about CRM a lot — though usually from the perspective of customers. That column was the beginning of some thinking I’ve done about CRM and what I’ll call the price/value/service ratio and its relationship to customer relationship management (CRM) process and technology investments.

But before we get to that, let’s agree that CRM is not technology, software or “architecture”: CRM is a state of mind, a philosophy, a business strategy. I cannot believe the number of companies I see — still — that are convinced a CRM (in-house or hosted) application is the answer to their customer relationship problems. Successful CRM software applications that we buy (from Siebel) or rent (from chúng tôi assume a variety of things to be true before implementation (though the vendors tend to hide many of them in fine print). Newsflash: If your company isn’t customer friendly, technology will not change a thing (except the technology budget).

CRM, the philosophy (versus CRM, the technology), regards customers as lifelong clients whose personal and professional lives can be monetized through the proactive management of the client’s needs, values and ability and desire to pay. CRM the technology is about applications that leverage customer data, supplier data, company data and even vertical industry data into actionable information. The disconnect that sometimes occurs is between the corporate and technology views of customers, not different perspectives on how software applications should be acquired and deployed. There also are disconnects among what companies sell, what they charge and what customers are willing to pay.

Customer-centered companies have wide and deep protocols around customer care. They also have specific protocols around the acquisition of new customers. Nordstrom department stores get it; Ritz-Carlton hotels get it; Lexus car dealers get it. While far from “perfect” these and other vendors understand that the extra profit they embed in their products and services better be offset by the quality of the service they provide.

Many customers are quite willing to pay more than they should in return for over-the-top service. High-end vendors have always understood this and manage their customers accordingly. Many middle-end vendors also treat their customers elegantly; while some others offer alternative value propositions to their customers — like low prices — as a trade-off to mediocre or downright poor service.

The CRM danger zone is reached when companies misjudge the product/value/customer service relationship ratio of customer care and investment. Some companies, for example, are in the middle of the price/value hierarchy but provide horrible service. Other companies are at the very top and provide marginal service. (Any company at the top of the price/value hierarchy that provides horrible service is unlikely to stay there.) The CRM success zone is reached when a company synchronizes its price/value/service ratios with investments in CRM processes and technology.

Where is your company in the price/value/service space? If all your customers care about is low prices, then why invest in elaborate CRM processes or technologies? All it will do is increase your costs, lower your margins — and eventually require you to raise prices — which will alienate your price-obsessed clientele. If you are on the higher end of the price vector — or aspire to climb the price/value hierarchy — then you need to make sure that your prices, value and service are synchronized.

The decision to invest in CRM technology comes much later. Companies need to understand who they are, where they are, and what they want to be when they grow up before talking to a CRM software sales rep. Figure 1 suggests where CRM technology investments make the most sense (the green zone) and where it might make sense to keep CRM process and technology investments to a minimum (the red zone).

The yellow zone is where the real CRM action is, where CRM management gurus and technology vendors can make real money. Green zone companies will spend on process and technology because they understand the price/value/service ratios well (and because they can pass the costs on to their loyal, accepting customers anyway). Red zone companies should under-invest in CRM processes and technology since their customers already have low service expectations.

Figure 1: Price/Value/Service Ratios & Likely CRM Investment Payback

How Back_Inserter Method Works In C++?

Introduction to C++ Back_Inserter

The back_inserter method in C++ is used to construct an iterator, which holds the responsibility of inserting new elements to the end of the “x” or the container, with which the method is applied, and this method is defined within the header file of the program. In C++, this is a special type of output iterator designed to let the algorithms overwrite any elements and not make it mandatory to insert new elements.

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Now that we have understood what this C++ back_inserter method is let us learn the syntax and understand it. The syntax for back_inserter is as follows:

std::back_inserter ( Container & x );

When we have to insert the new elements at the end of the container, we pass the container within the parameters, and that is the same container we see here in the syntax. So what this method returns is the list of elements that are inserted at the end of the container. Moving on, we will now have a look at how the method explained works.

How does Back_Inserter Method work in C++?

Understanding how the back_inserter method works is important, and the way it works is that it creates a back-insert iterator, which is responsible for adding or inserting new elements to the list. This back insert iterator is of a special kind which allows the algorithm to overwrite the elements. Moving on, we will now understand the examples and demonstrate the working of back_inserter.

Examples of C++ Back_Inserter

Different examples are mentioned below:

Example #1

Our first example is the simple working of back_inserter; here, we add elements to the end of the list. The code is as follows:

Code:

int main() { std::fill_n(std::back_inserter(v), 3, -1); std::cout << “n The output for the code is: “; for (int n : v) std::cout  <<  n  << ‘ ‘; }

Code Explanation:

Simply start with importing important system files and then into our main code. Then we have our std, which is our namespace for the program, followed by defining the scope; we have a vector with integer data type and values of 1 to 10. We then our statement of back_inserter, with container passed as n, just like we learned with syntax and followed by x parameter.

Then we have our first output print statement, which simply prints a string statement, and the back_inserter result will follow it. Finally, we have our for the statement, where we pass our vector holding the numbers as n and then the next line if our final output statement prints the numbers from vector in a negative form. Refer to the below-attached screenshot for a proper understanding of the output.

Output:

As expected, the output starts with the print statement and is then followed by the list of numbers. These numbers at the end include the result of back_inserter, which are the numbers in negative, and now, moving on to the next example.

Example #2

Code:

using namespace std; int main()  { std::copy(v1.begin(), v1.end(), std::back_inserter(v2)); cout << “n Elements of Container 1 are : “; int i; for (i = 0; i < 3; ++i) { cout << v1[i] << ” “; } cout << “n Elements of Container 2 are : “; for (i = 0; i < 5; ++i) { cout << v2[i] << ” “; } return 0; }

Code Explanation:

Started with all the system files needed, followed by initializing main. Then we have our first vector with an integer data type, and it holds 3 values, and the second vector of the same type, but with no specific size or values. Then begins our copy operation, where we are copying the begin and end part of vector 1 and implementing the back_inserter for vector 2.

Now we start printing the list of values that our vectors hold. First, a cout statement followed by the for a statement where we count and print each element of the vector. For our first vector, this for statement will only print 3 values, no more than that. Moving to our second vector, within for, we want it to print 5 values. Here we will have 2 new values, which will be zeros but added to the last part of the vector. Refer to the below-attached screenshot for a proper understanding of the output.

Output:

As expected, we have two print statements with values of 2 vectors.

Example #3

Code:

int main () { for (int i=1; i<=5; i++){ dab.push_back(i); bar.push_back(i*5); } std::copy (bar.begin(),bar.end(),back_inserter(dab)); std::cout << “n Our Container contains: “; std::cout << ‘ ‘ << *it; std::cout << ‘n’; return 0; }

Code Explanation:

Similar to our earlier example, we have system files followed by declaring two vectors of integer type. Then we have our for the statement, to add new value to the list and next statement we have push_back and us multiple our value from the list. These things happen within our first vector, from which we later copy all values into our second vector. Then comes our print statements and for statement for properly printing the values. Refer to the below attached screenshot.

Output:

Advantages Conclusion Recommended Articles

This is a guide to C++ Back_Inserter. Here we discuss How Back_Inserter Method works in C++ and Examples along with the codes and outputs. You may also have a look at the following articles to learn more –

Can Chatgpt Be Detected By Teachers?

Anti-cheating company Turnitin claims to detect ChatGPT usage by students, but not with 100% accuracy. OpenAI launched a tool to help teachers detect cheating, but some remain unfamiliar with ChatGPT.

ChatGPT is an artificial intelligence language model created by OpenAI. It can generate text in response to prompts given to it, making it a useful tool for various tasks such as writing prompts, creating quizzes, and even writing emails. However, with the increasing use of ChatGPT, there is a growing concern among educators about its potential use for cheating. This article aims to address this concern and provide some insights on whether teachers can detect the use of ChatGPT by their students.

See also: Can Chat GPT be Detected for Coding?

ChatGPT is an artificial intelligence language model created by OpenAI.

It can generate text in response to prompts given to it.

ChatGPT has been used for various tasks, such as writing prompts, creating quizzes, and even writing emails.

There is a growing concern among educators about its potential use for cheating.

According to the anti-cheating company Turnitin, it claims that it can detect if a student is using ChatGPT for assignments. However, Turnitin also acknowledged that it would not be able to detect ChatGPT with 100% accuracy. This means that while it is possible to detect the use of ChatGPT, it is not foolproof. Therefore, teachers should not solely rely on Turnitin or other anti-plagiarism tools to detect the use of ChatGPT by their students.

Teachers get to know their students’ writing styles, and if one suddenly changes, they are likely to notice. This means that if a student is using ChatGPT to write their assignments, the change in their writing style may be noticeable to their teachers. Additionally, teachers can also use their own knowledge and experience to identify if a student’s work is written in a way that is not consistent with their abilities.

Despite concerns about cheating, teachers are using ChatGPT to help them with various tasks. For example, teachers use ChatGPT to generate writing prompts, create quizzes, and even debate the bot. ChatGPT can also help teachers with tasks such as writing emails to parents, creating lesson plans, and devising math problems.

See Also: Can Chat GPT be Detected for Plagiarism?

In conclusion, while Turnitin claims that it can detect if a student is using ChatGPT for assignments, it is not 100% accurate. Therefore, teachers should not solely rely on anti-plagiarism tools to detect the use of ChatGPT by their students. However, teachers can use their own knowledge and experience to identify if a student’s work is written in a way that is not consistent with their abilities. Despite concerns about cheating, teachers are using ChatGPT to help them with various tasks, making it a valuable tool in education.

Yes, students can use ChatGPT to cheat on exams or assignments by generating text that appears to be their own work.

Turnitin claims that it can detect if a student is using ChatGPT for assignments, but it is not 100% accurate.

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Can Two Ip Addresses Be Same

No, two IP addresses cannot be the same in a single network as each IP address serves as a unique identifier for a device connected to a network. In IPv4, an IP address is a 32-bit binary number, typically represented in dotted-decimal notation, that uniquely identifies a device on a TCP/IP network. In IPv6, an IP address is a 128-bit binary number, represented in hexadecimal notation, that also uniquely identifies a device on a TCP/IP network.

IP Address Structure

An IP address is a numerical label assigned to each device connected to a computer network that uses the Internet Protocol for communication. IP addresses serve two main functions in IP networks: host or network interface identification and location addressing.

There are two versions of IP addresses in use today − IPv4 and IPv6.

An IPv4 address is 32 bits long, written in four decimal numbers separated by periods (also called a “dotted-decimal” notation), with each number representing 8 bits of the address. For example, the IP address “192.168.0.1” represents the 32-bit binary number “11000000.10101000.00000000.00000001”.

An IPv6 address is 128 bits long, represented in 8 groups of 4 hexadecimal digits separated by colons. For example, the IP address “2001:0db8:85a3:0000:0000:8a2e:0370:7334” represents the 128-bit binary number “0010000000000001:0000110110111000:1000001011010001:0000000000000000:

0000000000000000: 1000101000101110:000000011:0111001101001100″.

IPv4 addresses are divided into 5 classes (A, B, C, D and E) based on the value of their first octet. IPv6 does not have classes.

IPv4 addresses are divided into two parts, the network prefix, and the host identifier. In IPv6, addresses are divided into three parts, the prefix, subnet ID, and the interface ID.

Usually, the IP addresses are assigned by the network administrator or by DHCP (Dynamic Host Configuration Protocol) server.

Private and Public IPs

An IP address can be either private or public.

Private IP addresses are used for devices on a private network, such as a home or office network. These addresses are not globally unique and cannot be accessed directly from the Internet. Examples of private IP address ranges include −

10.0.0.0 – 10.255.255.255 (class A)

172.16.0.0 – 172.31.255.255 (class B)

192.168.0.0 – 192.168.255.255 (class C)

These private IP addresses are commonly used for devices like computers, printers, and routers in a home or office network, and are assigned by the network administrator or by a DHCP server. These addresses are translated to public IP addresses, typically assigned by an ISP, when the device accesses the internet via a NAT (Network Address Translation) gateway.

Public IP addresses, on the other hand, are unique addresses that can be accessed directly from the Internet. These addresses are typically assigned by an ISP (Internet Service Provider) and are used for devices that need to be accessible from the Internet, such as servers, websites, and email servers. Public IP addresses are globally unique and are not used within a private network, so different organizations can use the same IP address ranges.

It is also worth noting, that there is also a concept of Dynamic IP and Static IP. Where dynamic IP addresses are assigned to a device on a network that change over time, static IP addresses are assigned to a device and remain the same over time. Typically, home internet users are assigned dynamic IPs, while businesses and organizations that need to host servers or other publicly-accessible resources will typically have static IPs.

Why two IP address can’t be same

Two IP addresses cannot be the same in a single network because each IP address serves as a unique identifier for a device connected to that network. This is necessary for proper network communication, as it allows devices to communicate with each other by identifying the source and destination of each packet of data sent over the network.

When a device on the network sends a packet of data, it includes the source IP address in the packet’s header. This allows the destination device to know where the packet is coming from and to send a response back to the correct device. If two devices on the network had the same IP address, the destination device would not be able to tell which device the packet was actually sent from, and the network communication would fail.

In the same way, when a device receives a packet of data, it checks the destination IP address in the packet’s header to determine if the packet is intended for itself or if it should be forwarded to another device. If two devices on the network had the same IP address, it would not be possible to determine which device the packet is meant for, and the network communication would fail.

IP addresses are unique within a network and are not allowed to be repeated for any device connected to that network.

Conclusion

In conclusion, IP addresses are unique identifiers assigned to devices connected to a network that use the Internet Protocol for communication. It is necessary that each device has a unique IP address within a network so that network communication can function properly. Each IP packet has source and destination address and each device uses that information to send and receive the packets, If two device share same IP, network communication between them would fail as network doesn’t know which device to send the packets to. IP addresses allow devices to communicate with each other by identifying the source and destination of each packet of data sent over the network, without them the communication would not be possible.

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