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 …
Program Below is the QBASIC program to calculate total surface area of a sphere. Output Explanation Let’s first see the formula: tsa = 4 * pi * r ^ 2, where the value of pi is 3.14. So, we can determine the total surface area of any sphere by taking the radius of the sphere …
Below is the QBASIC program to calculate the area of a triangle when all three sides are given. Explanation: First the formula: Area = ((s*(s-a)*(s-b)*(s-c))^(1/2)). Let’s break and understand the formula. The formula has frequent use of s variable. Here, s is the semi-perimeter of the triangle, calculated using formula; s = (a + b + …
QBASIC – Area of a triangle when all three sides are given Read More »
Below is the QBASIC program to calculate the area of a triangle. Explanation: Let’s first see the formula: Area = 1/2 * b * h. So, we can determine the area of the triangle by taking the base and height of the triangle from the user and multiplying the product of base and height by 1/2 …
Below is the QBASIC program to calculate the area of four walls. Explanation: Let’s first see the formula: Area = 2 * h * (l + b). So, we can determine the area of four walls by taking the length, breadth, and height of four walls from the user and multiplying the sum of length and …
Below is the QBASIC program to calculate the circumference of a circle. Explanation: Let’s first see the formula: Perimeter = 2 * pi * r, where the value of pi is 3.14. So, we can determine the perimeter of a circle by taking the radius of the circle from the user and multiplying the value …
