This document provides an introduction to programming concepts. It defines programming as dealing with computer languages and visual basic as a tool created by Microsoft for building graphical user interface applications. It discusses flowcharts as a graphical representation of step-by-step instructions to solve a problem and algorithms as a set of instructions to solve a problem. It also defines operators, variables, loops and provides examples of arithmetic, relational and logical operators. Finally, it demonstrates a flowchart algorithm for adding two variables and checking if the result is less than 100.
Programming involves studying computer languages like Visual Basic, which was created by Microsoft for building graphical user interface applications. Key concepts include graphical user interfaces, flowcharts representing step-by-step problem solving instructions, algorithms as sets of steps, and operators for logical and mathematical operations. Variables store values and loops repeatedly perform actions until a condition is met. Examples demonstrate arithmetic, relational, and logical operators as well as using variables, conditions, and flowcharts in algorithms.
This document provides an introduction to programming concepts. It defines programming as dealing with computer languages and visual basic as a tool created by Microsoft for building graphical user interface applications. It discusses flowcharts as a graphical representation of step-by-step instructions to solve a problem and algorithms as a set of instructions to solve a problem. It also defines operators, variables, loops and provides examples of arithmetic, relational and logical operators. Finally, it demonstrates a flowchart algorithm for adding two variables and checking if the result is less than 100.
Programming involves studying computer languages like Visual Basic, which was created by Microsoft for building graphical user interface applications. Key concepts include graphical user interfaces, flowcharts representing step-by-step problem solving instructions, algorithms as sets of steps, and operators for logical and mathematical operations. Variables store values and loops repeatedly perform actions until a condition is met. Examples demonstrate arithmetic, relational, and logical operators as well as using variables, conditions, and flowcharts in algorithms.