Kirjahaku

Are you having trouble remembering all your website addresses, usernames, logins, subscriptions and passwords? These days, you also need to remember the login and password of your home network, router, mobile phone, tablet and computer, and have the serial and license numbers of all your programs and apps easily within reach.This handy notebook will solve your problems Size: 6 x 9 inch200 alphabetised pages (14 entries per letter) 0 lined two-column pages for logging your own information3 blank pages for notesMatte cover200 alphabetically organised pages provide you with enough space to record all your private and sensitive information in one place. Blank and ruled pages at the back for logging information on software (license number, subscription fees, etc.), broadband modem settings, router settings, and other notes. Small size to carry with you, put in a laptop bag or in your own secret place.Never forget another password and throw your sticky notes away

Graph paper programming is an unplugged activity to teach students how to write an algorithm (a set of instructions) using a set of predefined commands to reproduce a drawing.Students provide each other with instructions to reproduce an existing picture by coloring in squares on graph paper. Thinking about the right commands to use and the order required to use them is a critical part of computational thinking.150 pagesPage Colour: WhiteCover Finish: MatteSoftcover paperbackThis notebook has a range of different sized drawing grids plus explanations and worksheet paper to write the commands. (4x4, 5x5, 6x5, 7x7). The notebook also includes several example images to practice on and some pixel art to code.Perfect for the student coder as part of an unplugged project for the Hour of Code, teachers or parents interested in helping their children to understand the beginnings of coding.Coding starts with design whether it's a flowchart, algorithm, pseudocode, layout diagram, storyboard.... or just doodling.As a basic beginner, graph paper programming is one method for learning the premise of algorithms, functions and parameters.