C to Learn Programming Technique : C to Master Skills

Explain the first program of C language using a flowchart, implement a simple interest calculation, declare variables at runtime, and display the result on screen.

Explore writing and understanding a first c program in code blocks, including declaring variables for simple interest, compiling, and running to display results.

Learn how a flowchart-driven C program inputs the principal, rate, and time from the keyboard and displays the resulting value on the screen.

Explore the second program in C to learn programming technique, showing how to read two input values from the keyboard, perform a calculation, and display the result.

Explore a single if statement program in C that uses a flow chart approach to selection, applying birthday discounts and calculating the final amount for purchases with a 10000 threshold.

Explains a single if statement program in C/C++ that calculates a 10 percent discount when a value reaches 10,000, using input, variables, and safe coding practices.

Implement a discount program in C using if... else if to award 10% for purchases over 10000, 5% for 5000–10000, and no discount below 5000.

Learn to implement an if-else if in C to compute discounts and net amounts based on budget thresholds, and display gross and net values.

Learn to implement a multiple selection program using a flow chart and an if-else ladder to assign grades from an average marks input.

Build a multiple selection program in C using a flowchart approach to grade students by average marks, with conditional display based on thresholds like 60 and 80.

Learn to implement a continuous if program with a flow chart that calculates bank bonuses (5 percent or 10 percent) based on balance thresholds and gender, then displays the balance.

Design a continuous if statement program to compute a bonus and final balance from an amount, applying 5% or 10% bonuses by the 10000 threshold, with gender data.

Explore a nested if statement program (flow chart) that reads three numbers from the keyboard and uses nested comparisons to display the greatest value.

Learn how to write a nested if statement in C to determine the greatest of three values by comparing a, b, and c, using input scanning and conditional printing.

Learn how to use getchar and putchar to read a single character from the keyboard, convert between lower and upper case, and display results.

Master the basics of loop logic with a flowchart-based first program, using conditions to iterate and print the sequence 1, 3, 5 until the loop ends.

Explore first program of a while loop in C by initializing a counter, printing numbers while the counter is less than three, and incrementing the counter to observe loop behavior.

Demonstrates a first for loop program in C that initializes i at 1, increments it, and prints the numbers 1, 3, and 5.

Explore the second program of a loop using a flow chart approach in C, displaying the first three square numbers (1, 9, 25) by iterating i and printing results.

Master while loop programming in C by building and running a program that initializes values, updates in the loop, and prints results across iterations.

The lecture explains a second program that uses a for loop, showing how to set up a file, write the loop, and display incremented values as the loop runs.

Explore the third program of loop using a flow chart to process numbers, apply conditions, and display results when the loop ends.

Explore loop concepts in C by stepping through numbers with conditional loops, observing how the loop continues while a condition is true and tracking end values.

Master a user-driven loop in C to display a chosen number of odd values, manage loop control with variables, and print each result.

Implement a while-loop program that prints odd numbers such as 1, 3, 5 based on user input, illustrating flowcharts, keyboard input, and condition-driven output.

Learn to use a for loop to display numbers in a C program, controlling iteration to print odd numbers like 1, 3, 5, 7, and 9.

Learn to implement a C program that reads numbers, uses a loop and an if condition via a flow chart, checks evens with modulo, and counts how many evens occur.

This lecture demonstrates writing a C program that uses if statements inside a for loop to process user input, check conditions, increment counters, and display results.

Combine loop and if statement in C to read multiple numbers from input, check evenness with modulo, and count how many even numbers are entered.

Count how many input numbers are even or odd using a for loop and an if statement in a C program, then display the count of even numbers.

Explore how a loop within a loop works through a real-time clock analogy, showing how an outer loop controls the inner loop through 60-minute cycles.

Explore nested loops through a flowchart explanation that compares outer and inner loops to a clock, showing how hours and minutes advance and reset with each iteration.

Learn a nested loop program in C that uses an outer loop for rows and an inner loop for columns to print the sequence 1, 1 2, 1 2 3.

Explore switch case programming in c using an integer value to drive program flow and select a case. Learn to handle default cases and exit a case with a break.

Explore a C switch-case program that uses character values as case labels, demonstrating how to assign a character to a variable and route execution to the corresponding case.

Explore a C switch-case program that reads a keyboard input and prints 1, 2, or 3 using case blocks, with default handling for wrong numbers.

Learn how one-dimensional arrays store multiple salaries from input and display them, highlighting how arrays simplify managing many values compared to single local variables.

Learn how to declare an array, store salaries for three employees, and read and display them using a for loop and keyboard input.

Build the second program of array in C to calculate a class percentage by storing daily data in an array, reading input, and computing the average.

Learn to implement an array-based program to find and display the greatest percentage among students by tracking indices, storing values, and applying conditional logic.

Explore the fourth program of array: store five numbers, count frequency of a given number, and display results using loops and conditional logic.

Read input values, store them in an array of five elements, and display the values using i and j with a loop and a condition.

Learn to write a C program that reads five integers, uses a loop with if to count even and odd numbers, and displays the results.

learn to declare and fill a two-dimensional 2x2 array in C, store values by rows and columns, and display them as a matrix with memory-aware layout.

Learn to implement a 2x2 matrix addition in C by declaring two matrices, reading values, summing them with nested loops, and displaying the result.

Explain how to multiply two 2x2 matrices using a diagrammatic approach, then implement the program and demonstrate forming each entry by row-by-column dot products.

Develop matrix multiplication in C by using nested loops to multiply rows of the first matrix with columns of the second, storing results and displaying the product.

Master selection sort as it compares unsorted values and swaps them into their correct positions to transform a random sequence into sorted order.

Master the selection sort algorithm in C by implementing a number-sorting program, using nested loops and swap operations to arrange values in ascending order.

Master bubble sort by stepping through a numeric array, comparing adjacent values and swapping when out of order, guiding random input toward a sorted result.

Learn how bubble sort sorts numbers into numerical order using an outer loop and an inner loop, swapping elements at indices to gradually produce a sorted sequence.

A function is a self-contained, named code block that can be called, using predefined library functions like printf or user-defined ones to organize tasks under the main function.

Learn how the main function calls a user defined function, passes two values x and y, and displays the result, illustrating control transfer and parameter handling.

Demonstrates declaring and calling a user defined function in C, passing two numbers to ABC, which uses its own workspace and local variables to add them and display the result.

Demonstrate a second program of a function with return value, where main calls a user-defined function and displays the returned result on the screen.

Learn how to implement a return-value function in C by defining a user-defined function that adds two numbers, passes x and y from main, and returns the result for display.

Learn to declare and call a user defined function in C, pass values between main and a separate function, and compute simple interest and addition of two numbers.

Explore the fourth program of function in C by building and testing a user defined function within a main program, including arguments and return values, and displaying simple interest.

Explore the use of functions in C, defining and calling user defined functions, passing arguments, and displaying results with main function, scanner input, and parameter handling.

Explore the sixth program of function in C, showing two variables, conditional logic, and a factorial example, plus basic file saving in the programming technique course.

Explore the seventh program of a function that sums a number's digits by dividing by 10 and adding remainders, illustrated with 234 giving 9.

Input a number and add its digits to display the resulting sum, illustrated by a C program using a function, main, and a helper to process digits.

This lecture demonstrates a C program that reverses a user input number using a user defined function, returns the result to main, and displays it.

Develop a C program using a user-defined function and a main routine to read a number, reverse digits, and check if it is a palindrome.

Define a user defined function with data types, read numbers from keyboard, and have main pass actual arguments to return the sum of the first two divided by the third.

Explain when to use the void function in C, showing that void means no return value, contrasted with functions that return a value, and how main calls or displays results.

The lecture explains recursion by showing how a function calls itself until reaching a final result, using a two-day assignment and a sample program that tracks values in memory.

Learn to implement a recursive factorial with a user-defined function, which calls itself and returns the computed value in code blocks.

Demonstrate a recursive function that adds digits of a number, reading input and using mod operator and division to extract digits, calling itself until base case, and display the sum.

Learn how a pointer variable uses the address operator to hold another variable, read its value, and access data outside a function, improving program flow and speed.

Explore how pointers work in c by declaring i and a pointer j that stores i's address, then dereference j to display i's value and its address.

Explore how pointers work with arrays, using the address-of operator and printf format specifiers to access and manipulate array elements and perform simple pointer arithmetic.

Explore call by reference in C by passing addresses to a function. See how pointers x and y swap values, modifying originals in main.

Learn call by reference in C by building a circle area program that passes the radius to a function via a pointer, computes the area, and returns the result.

The lecture demonstrates adding two numbers by call by reference in C, with main passing addresses to user defined function ABC, where pointers access data to compute and store sum.

Show how a C program uses a pointer to pass variables by reference to a user-defined function, and display the sum from x, y, and k.

explains a C program that uses call by reference to pass three subject marks to a function, calculates the percentage and average, and displays the results.

Learn how to implement call by reference in C by passing marks through pointers to an ABC function that calculates the sum and percentage of three subjects and displays results.

Explore how pointers hold addresses, how arrays relate to pointers, and how pointer arithmetic works with indexing and addressing in C.

Explore how to implement a C program using four pointers and arrays to read input, store values (including a first name), and navigate array elements.

Learn how arrays and pointers work in C, practice accessing elements, pointer addresses, and conditional display of values through example expressions.