The programming category contains programs from programming different languages like QBASIC, Python, C, C++, etc. This is an archive page that contains the collection of programs from all the languages under that category.
About Me:
I am a web developer with expertise in web development using various web technologies.
I have always been fascinated and enthusiastic about technology ever since my childhood. I always wanted to be familiar with what, why, and how of technologies. Web development has been my only passion ever since I started learning it. Following this passion, I have always been ready to learn new technologies and implement them in my projects.
I do have expertise in coding and have a good understanding of various languages like QBASIC, C/C++, Python, Java, Ruby, etc. along with front-end technologies like HTML, CSS, JavaScript, jQuery, AJAX, React, and Vue. I also have experience in developing websites and web applications using backend technologies like PHP, Ruby on Rails in combination with the database system MySQL.
Website: https://developeranil.tech
Make sure to post the comments for each program if you have any issues. I will respond to it as soon as possible.
Overview Below is the QBASIC program to calculate the simple interest and the total amount given the principal amount, time and rate of interest. Output Explanation: Let’s first see the formula of simple interest: si = (p * t * r)/100. So, we can determine the simple interest by taking the principal, time, and rate from …
QBASIC – Calculate simple interest and the total amount Read More »
Program Below is the QBASIC program to calculate the volume of a cube. Output Explanation Let’s first see the formula: Volume = l ^ 3. So, we can determine the volume of a cube by taking the length from the user and raising the power of length by 3 or calculating the cube of length (l …
Program Below is the QBASIC program to calculate the total surface area of a cube. Output Explanation Let’s first see the formula: Area = 6 * l ^ 2. So, we can determine the total surface area of a cube by taking the length from the user and multiplying the length raised to the power of …
Program Below is the QBASIC program to calculate the volume of cuboid. Output Explanation Let’s first see the formula: Volume = l * b * h. So, we can determine the volume of a cuboid by taking the length, breadth, and height from the user and multiplying the length, breadth, and height together. More Programs https://thinkshare.one/learn/programming/qbasic/
Program Below is the QBASIC program to calculate the total surface area of a cuboid. Output Explanation Let’s first see the formula: Area = 2 * (l * b + b * h + l * h) . So, we can determine the total surface area of any cuboid by taking the length, breadth, and …
Program Below is the QBASIC program to calculate the volume of a cylinder Output Explanation Let’s first see the formula: volume = pi * r ^ 2 * h, where the value of pi is 3.14. So, we can determine the volume of any cylinder by taking the radius and height of the cylinder from …
Program Below is the QBASIC program to calculate the total surface area of a cylinder. Output Explanation Let’s first see the formula: tsa = 2 * 3.14 * r * (r + h) , where the value of pi is 3.14. So, we can determine the total surface area of any cylinder by taking the …
Program Below is the QBASIC program to calculate the volume of a hemisphere. Output Explanation Let’s first see the formula: volume = 2/3 * pi * r ^ 3, where the value of pi is 3.14. So, we can determine the volume of any hemisphere by taking the radius of the circle from the user …
Program Below is the QBASIC program to calculate the total surface area of a hemisphere. Output Explanation Let’s first see the formula: tsa = 3 * pi * r ^ 2, where the value of pi is 3.14. So, we can determine the total surface area of any hemisphere by taking the radius of the …
Program Below is the QBASIC program to calculate the volume of a sphere. Output Explanation Let’s first see the formula: volume = 4/3 * pi * r ^ 3, where the value of pi is 3.14. So, we can determine the volume of any sphere by taking the radius of the sphere from the user …
