
Write a hello world program in C sharp to grasp the basic syntax and the main method. Print the message with console write line.
Practice 2 guides you to sum two numbers in a C# console app by prompting for two integers, parsing them from strings, and displaying their sum.
Create a C# console program that reads a number, uses modulus two to determine even or odd, and prints whether the number is even or odd.
Learn to count the number of ones in a user-provided set of numbers using a C# program, with arrays, a for loop, and input parsing.
Learn to build a simple C# project that reads a character and prints its ASCII value, using char.Parse and console output, with examples for d, E, O, and 1.
Create a simple c# console program to determine whether a given year is a leap year by checking if it is divisible by four and print the result.
Learn a simple two-number swap in C# by reading user input, using a temporary variable, and displaying numbers before and after swapping.
Learn how to convert Celsius to Fahrenheit in C# by reading a Celsius value from the console, applying F = C * 9 / 5 + 32, and displaying result.
Compute the length of a string in C# by iterating through its characters with a for loop or for each loop and printing the result.
Learn how to reverse a number in C# using modulus and division by ten within a do-while loop, accumulating the reverse in a variable and printing results.
Create a C# program that counts words in a string by iterating with a do-while loop, handling whitespace and incrementing word count, and displaying the total.
Practice 12 teaches building a simple C# project to check vowels and consonants, using an if statement and case-insensitive character checks with console input and output.
Learn how to count vowels and consonants in a C# program by reading a string, iterating with a for loop, updating counts, and displaying the results.
Count alphabets, digits, and special characters in a string using C# with a for loop and checks for uppercase and lowercase letters, digits, and special characters, then display the counts.
Learn to find a substring in a string using index of in C# and handle found and not found cases with console output.
Print and format dates in C# using datetime values, exploring console.writeline formats, toString formats, and common date specifiers for year, month, and day.
Learn how to compute a square root in c# by reading a number from the console, converting it to int, using Math.Sqrt, and printing the result.
Learn to compute the cube root of a user-entered number in C# by prompting input, parsing to double, applying math operations, and displaying the result.
Create a date time object in C#, print the current date, and use add days, hours, and months to obtain a second date.
Learn to add two binary numbers in C# by converting binary strings to integers, using a do while loop, and printing the resulting sum.
learn to sum the numbers from 1 to n in C# by prompting for n, iterating with num1, accumulating the total, and displaying the final sum.
Learn how to create a Fibonacci sequence in C# by using variables and a for loop to print successive numbers.
Write a C# program that reads a number, checks divisibility from 2 to x/2 using x % y, sets a flag, and prints if the number is prime or not.
Build a C# number palindrome checker by reversing digits with a do-while loop and comparing the reversed value to the original, printing whether it is a palindrome.
Learn to calculate factorials in a simple C# console project by looping from 1 to n and multiplying to compute the factorial. Initialize fact to 1 and display the result.
Create a simple c program to check Armstrong numbers by summing the cubes of its digits and comparing to the original number, using loops and console input.
Learn to reverse a user input number in C# using a while loop, modulus ten, and division, with console input/output and examples like 12345.
Convert a decimal input to binary in C# by repeatedly dividing by two and collecting remainders, then printing the binary equivalent.
Learn to create an alphabet triangle in C# by using nested for loops, incrementing characters from 'A' and printing rows with Console.Write and line breaks.
Spell out each entered digit in C# by converting digits to text. Use a loop and modulo ten to extract digits and print the result.
Create a simple C# program to detect and count duplicate numbers in an array using a for loop and nested loops, then print the duplicate elements.
Learn how to add two matrices in C# using two-dimensional arrays, nested loops, and console input/output, including building and displaying the result matrix.
Learn how to implement bubble sort in C# by sorting an integer array, printing the original and sorted results, and using for and foreach loops.
Implement a static insertion method in C# to sort arrays, and call it from main to produce the original and sorted arrays in a console app.
Create a simple C# console project to compute lcm and gcd using a do-while loop and modulus, taking two numbers, then display results with examples.
Learn to create a binary triangle in C# by reading a user-defined row count and printing lines of 0s and 1s using nested loops and console output.
Learn to create a rectangle pattern in C# by using nested for loops with integer variables x and y, printing with Console.Write and Console.WriteLine to form a rectangular display.
Learn to create a triangular pattern in C# by taking user input for rows and using nested for loops to print the pattern to the console.
Learn how to build a simple C# arithmetic calculator that performs addition, subtraction, multiplication, division, and modulus using console input.
Practice 52 demonstrates using an if-else statement in a simple C# program by comparing two user-input numbers and printing which is greater.
Learn to use an else if statement in C programming to determine whether an input number is even or odd using the modulus operator, with console input and output.
Learn to read three numbers from the console in a C# program, cast to integers, and apply conditional statements to determine and print which number is the greatest.
Learn to build a multiplication table in C# with a while loop, using user input for the base number and range, and compare with for and do-while approaches.
Learn to build a multiplication table in C programming using a for loop, prompting the user for a number and printing products from one to ten.
Develop a multiplication table in C# using a do while loop, prompting for a number and printing products up to ten or a chosen limit, with console input and output.
Create a simple C# console project that adds two numbers using a separate function, handles user input, calls the addition method, and displays the sum.
Create a C# project to find the highest common factor of two integers by looping from 1 to the smaller value, checking divisibility for both numbers, and printing the HCF.
learn how to obtain the magnitude of an integer in a simple C# console app, using user input and a do-while loop.
Learn to compute the factors of a number in C# by using a for loop and modulus to print each factor to the console.
Identify the state of a number in C# by using an if statement to classify positive, zero, or negative values, and print results with console write line.
Identify the minimum and maximum values in an integer array in C by creating and filling the array and displaying the results.
Create a simple C# console program that calculates acceleration from velocity and time, using user input for velocity and time, computing acceleration as velocity over time, and displaying the result.
Practice calculating the sum of digits entered by a user in C# by iterating with a while loop, using modulus ten and integer division to accumulate the total.
Create a simple C# program that generates random numbers using a Random instance and Next, and prints them with Console.WriteLine in a for loop from 1 to 20.
Learn to build a simple C# console program that calculates a room's square feet by prompting for width and length in feet and computing area as length times width.
Learn to compute the Pythagoras theorem's third side in C# by prompting for two numbers, using int inputs upgraded to double for decimals, and displaying the result.
Create a numerical triangle by coding with an int array and nested for loops. Print the triangle line by line using console.write, building a nine by nine triangular pattern.
Learn to print a binary triangle in a console program by reading the number of rows and using nested for loops to toggle and display 0s and 1s per line.
Learn to calculate sin values in C by converting degrees to radians, using a for loop to accumulate the series terms, and verify results with a calculator.
Create a static method to compute cosine of zero in C#, declare x and y, and print cosine of zero along with several z values in main.
Learn to convert binary to decimal in C# by building a console app that reads binary input and uses a while loop with remainder math to compute the decimal value.
Create a simple C# console project that converts a user input decimal number to its octal representation using division by eight and remainder, then prints the octal result.
Learn how to build a C# project that converts a decimal input into hexadecimal, including variable setup, input handling, and hex output.
Create a simple C# project using a struct to model an employee with name, occupation, and salary, then print the details to the console.
Explores nested structures in C# to model employee data, including an array of employees, populating names and date of birth, using for loops and printing results.
Learn to compute a rectangle's area using a public struct in C programming, defining x and y, setting length and breadth, and printing the result.
Learn to compute the power of a number using recursion in C sharp, via a static method with x and y, applying y-1 until the base case returns 1.
Explore static properties in C# by building a simple class with a public static property and a getter and setter, then print the value with a console write line.
Learn how to use a static constructor in C#, create a class, and initialize name1 and name2 to Peter and Paul, demonstrating that the static constructor runs once.
Explore single-cast delegates in c#, declare a delegate type, assign static and instance methods, and invoke them to print greetings.
Explore multicast delegates in C#, define a delegate, implement addition and subtraction methods, and wire multiple delegates to perform combined operations in a beginner-friendly project.
Learn how to declare and use an anonymous delegate outside the main method in C#, assign it to a delegate, and execute an operation that prints an anonymous delegate.
Explore a simple C# example that uses a single delegate and an event, passing an int parameter and invoking the event to display output.
Explore multicast and single-cast delegates and events in C#, for beginners, and see how delegates invoke events to perform addition and subtraction.
Learn to use trig functions in C# by computing sine, cosine, and tangent with Math.Sin, Math.Cos, and Math.Tan, and explore inverse functions with Math.Acos and Math.Atan plus degree-radian conversions.
Welcome to Practical C# Programming Practices (70+ Common Projects)! Learning C# programming language and understanding C# programming language are two different things. Almost every student enjoy learning C# programming language. But, only a few number of these students actually understand C# programming language afterwards. This is where the remaining students are left behind and kept wandering from one course to another over the internet to get the best knowledge on understanding C# programming language with cups of coffee on their table everyday.
Are you ready to master C# programming through hands-on practice and real-world projects? “75 C# Programming Practices/Common Projects to Improve Your Coding Skill” is designed for beginners who want to build a solid foundation in C# by tackling a variety of practical exercises and projects.
What You Will Learn:
Getting Started:
Writing your first “Hello World” program
Summing two numbers
Checking for even and odd numbers
Counting the number of 1s in a number
Finding ASCII values of characters
Basic Operations:
Determining leap years
Swapping two numbers
Converting Celsius to Fahrenheit
Getting the length of a string
Reversing numbers
String Manipulation:
Counting the number of words
Checking for vowels and consonants
Counting the number of vowels and consonants
Counting the number of alphabets, digits, and special characters
Finding a substring
Date and Math Operations:
Formatting dates
Getting square roots and cube roots
Adding two dates
Adding two binary numbers
Number Series and Patterns:
Summing 1-N numbers
Creating a Fibonacci series
Detecting prime numbers
Checking for palindromes
Calculating the factorial of a number
Checking for Armstrong numbers
Reversing numbers
Converting from decimal to binary
Array and Sorting:
Checking for duplicate elements in an array
Adding two matrices
Bubble sorting an array
Sorting an array using selection sort
Getting the LCM and GCD
Pattern Creation:
Creating alphabet triangles, binary triangles, rectangular patterns, and triangular patterns
Control Structures:
Using if-else and else-if statements
Finding the greatest of three numbers
Creating multiplication tables using while, for, and do-while loops
Functions and Advanced Topics:
Adding two numbers using functions
Finding HCF
Getting the magnitude of an integer
Finding factors of a number
Detecting the state of a number (positive, negative, or zero)
Getting the minimum and maximum number in an array
Advanced Calculations:
Calculating acceleration
Summing digits entered by the user
Generating random numbers
Calculating the square footage of a room
Implementing the Pythagorean theorem
Trigonometry and Conversions:
Creating numerical and binary triangles
Calculating sin() and cosine of zero
Converting between binary, decimal, octal, and hexadecimal
Structs and Delegates:
Getting employee data using structures and nested structures
Calculating the area of a rectangle using structures
Implementing the power of a number using recursion
Using static properties and constructors
Single and multicast delegates
Anonymous delegates and events
Why Enroll?
This course provides a thorough, hands-on learning experience, perfect for beginners who want to build and improve their C# programming skills. With 75 detailed and diverse projects, you’ll gain practical knowledge and the confidence to tackle real-world problems using C#. Each project is designed to help you understand and apply various programming concepts effectively.
By the end of this course, you will have a strong understanding of C# programming and the ability to create robust applications and solve complex problems. Join us and take the first step towards becoming a proficient C# programmer!
70+ C# programming best practices for absolute beginner is a comprehensive and concise guide with over 7 hours of content that is designed to pick up every interested student from the state of “zero-knowledge” to a state of “Hero-knowledge” in C# programming with lots of practical C# projects.
Why Must I Take This Course And What Benefit Is It To ME As A C# Programmer?
This is the only course on the internet that will help you to become a certified and successful programmer with an in-depth knowledge of the entire aspect of C# programming and prepare you with the required skills necessary to build you to face job interviews and get employed as a full stack Software developer.
Emenwa Global instructors are industry experts with years of practical, real-world experience building software at industry leading companies. They are sharing everything they know to teach thousands of students around the world, just like you, the most in-demand technical and non-technical skills (which are commonly overlooked) in the most efficient way so that you can take control of your life and unlock endless exciting new career opportunities in the world of technology, no matter your background or experience.