
Learn how flowcharts graphically represent algorithms as stepwise procedures, using start and stop notations and shapes to map sequences from tasks like buying fish.
Explore basic flowchart notations, including start/stop, input/output, process, decision boxes, and connectors, and see how they drive data flow and simple calculations.
Learn how the modulus operator works in a flowchart for beginners, using integers, user inputs, and operations like addition, subtraction, multiplication, and division to reveal remainders.
Learn how decision boxes in a flowchart use condition boxes to route execution via yes and no paths. Practice start and stop rules and simple operations like comparing numbers.
Explore a flowchart approach by using input of three numbers a, b, c and a series of decision boxes to compare values and display the largest.
Learn how loops enable repeating a process to sum a user-defined list of numbers, using a counter, accumulating a running total, and controlling iterations until the specified count.
Follow an extended flowchart loop example to input multiple numbers, test each for even or odd using modulus, and display separate sums for even and odd numbers.
Demonstrates building a fibonacci series flowchart that prompts the user for the number of iterations, initializes with 0 and 1, and sums the previous two values to display the terms.
Explore how to design a flowchart that computes the sum of digits of a number by repeatedly dividing by 10, taking remainders, and accumulating the total until zero.
Master connectors in flowcharts by linking two portions of the flow, as shown in the maximum of two numbers example. Practice flowchart logic to build transferable programming language skills.
In this course you will learn the way to draw flowcharts. You will learn about all the basic notations and how to use them efficiently. In this course every notation is explained with an example problem to help you get started with them. By the end of this course you will be able to draw your own flowcharts corresponding to any real life and computer science problems.