How To make completely Free website With Custom Domain

How to make a completely Free website with Custom Domain

Having a personal website in today's world is necessary and essential, but it is easy now. But this takes a lot of money, but due to several reasons, we aren't able to afford that much money. 

So in this post, we make a website completely free of cost with a custom domain.

So in order to make a website, we need 2 basic things 
  1. domain name 
  2. server
so for website buy a domain name,  there are too many websites but we are going with one free alternative Freenom.com.


freenom
source: freenom.com



In order to buy a domain name from here, we have to create an account a login into it.

I HOPE You can do that so I Simply showing process after that.

After login, you are landed on the clientarea.php page 
register

then click Services > Register a new Domain

then search for anything 

search



we are going with the .tk extension because they are free you can buy whatever you wanted to.

Then click on the Checkout Button.

Then select period select as large as the free period is available.
12 month


Then click on the continue button and fill out the form and Then PRESS Complete order button 

And Here completes the work of Domain side now let's move towards SERVER 

You can also check out my post for top 5 free web hosting. 

thanks for being here.

if you like this post please share this post with your friends and families.

Comments

Post a Comment

Popular posts from this blog

C/C++ program to check the Palindrome string.

Image
Palindrome string: A string or word which are same from the start and end means word or program which look like same as original and reversed. To do that we have to first reverse the string. Check out our post on the String reverse in C/C++. To write the program of the Palindrome steps used are. Get the input from the user. convert the string to the Lower case to avoid any case sensitivity. apply the logic of the reverse the string. compare the reversed and original string, if same then the string is a palindrome. if different string is not a palindrome. print the result to the user. without wasting much time lets start. First of all the C schema. #include <stdio.h> #include <string.h> #include <ctype.h> int main(int argc, char const *argv[]) { return 0; } ctype.h is used to get the advantage of the function tolower() later in the program. Now take the input from the user. char name[150],rev[150] ; int l=0; printf("Enter a string to check palindrome\n");
Read more

Second Equation of motion, How to implement using C language

Image
The second equation of motion is used to calculate the displacement of an object under constant acceleration. Algorithm:  Without wasting any of your precious time let's try to understand how the algorithm is implemented. want to check the implementation of the Third equation of motion,   click here. The second equation of motion is s = u*t + 1/2 * a * t * t s: total displacement u: initial velocity t: time taken by the journey a: constant acceleration as you can see in our program we are considering  u=0  if you want you can set initialVelocity variable value as per your choice or you can ask it from user too also acceleration value is 9.8 equal to the gravity of earth. want to check the implementation of the first equation of motion,   click here. In a function  fallingDistance  we have implemented the equation. total_dist = 9.8 * i * i * 1/2 + u * i ; total_dist = (4.9 * i * i) + (u * i); Code: #include // this is the implementation of 2nd equations of motion. void fallingDista
Read more

Third Equation of motion, How to implement using C language

Image
The third equation of motion is used to deduce the relation between initial velocity, final velocity, displacement, and acceleration without time. Third equation of motion Algorithm: Without wasting any of your precious time let's try to understand how the algorithm is implemented. want to check the implementation of Second equation of motion , click here. Third equation of motion is v * v = u * u + 2 * a * s s: total displacement u: initial velocity v: final velocity a: constant acceleration In function CalculateDisplacement, we are calculating the value of displacement. want to check the implementation of First equation of motion, click here. as you can see in our program we are considering u=0 if you want you can set initialVelocity variable value as per your choice or you can ask it from user too. Code: #include stdio.h //please make it correct // this is the implementation of 3rd equations of motion. void CalculateDisplacement(float a,float u,float v){ float displacement=
Read more