Computer Programming

A hollow pyramid is a star pyramid where only the borders of the pyramid are printed, leaving the inside empty. This pattern is commonly used to practice nested loops, conditional statements, and alignment in C programming. Understanding The Problem The program should take the number of rows as input and print a pyramid where only […]

Floyd’s Triangle is a triangular arrangement of natural numbers, where numbers increase sequentially from 1 row by row. The first row has 1 number, the second row has 2 numbers, the third row has 3 numbers, and so on. This program demonstrates how to print Floyd’s Triangle using nested loops in C. Understanding The Problem

A number triangle is a pattern where numbers are arranged in a triangular format, with each row containing a sequence of numbers. Printing such patterns helps in understanding nested loops and number sequencing in C. This program demonstrates how to print a simple increasing number triangle. Understanding The Problem The program should take the number

A diamond pattern is a combination of a normal pyramid and an inverted pyramid. The top half forms a pyramid, and the bottom half forms an inverted pyramid, creating a symmetrical diamond shape. Printing such patterns helps in understanding nested loops and control of spaces and stars in C. Understanding The Problem The program should

An inverted pyramid is a pattern of stars where the widest row appears at the top and each subsequent row has fewer stars, forming a triangle pointing downward. Printing such patterns is a common exercise to learn nested loops and control of spaces in C. Understanding The Problem The program should take the number of

Printing patterns using loops is a common exercise for learning control structures in C. A star pyramid is a symmetrical triangle of stars, with each row containing an increasing number of stars centered horizontally. This program demonstrates how to print a star pyramid using nested loops in C. Understanding The Problem The program should take

Finding the square root of a number is a common mathematical operation. The square root of a number is a value that, when multiplied by itself, gives the original number. This program demonstrates how to calculate the square root using different methods in C, including the sqrt() function from the math library and an approximation

Finding the cube of a number means multiplying the number by itself three times. This program demonstrates how to calculate the cube of a number using multiple methods in C, including direct multiplication, using a function, and using the pow() function from the math library. Understanding The Problem The program should take a number as

This program identifies Armstrong numbers within a range specified by the user. An Armstrong number is a number that equals the sum of its digits each raised to the power of the number of digits. For example, 153 is an Armstrong number because 1³ + 5³ + 3³ equals 153. This guide shows multiple methods