Variables and stored information become concrete and approachable in this Grade 3 Computer Science worksheet focused on programming fundamentals. Students work with simple examples such as scores, player names, levels, lives, and collected stars to see how a program can store information and update it while running.

Build Core Programming Vocabulary

The resource introduces the relationship between a variable and its value. Students identify information that can be stored, recognize that values may be numbers or words, and explain why stored values do not always stay the same. Clear variable names are also explored as a practical way for programmers to remember what information a program is keeping.

A game-based example develops the idea step by step: a score can begin at zero, increase when a player earns a point, and continue holding the newest value. Students then apply the same reasoning to examples involving lives, stars, names, and levels.

Practice in Several Ways

Students meet the programming concepts through a dialogue, matching activity, cloze passage, labeled diagram, and informational reading passage. Their comprehension and application are then supported through multiple-choice questions, true-or-false statements, short-answer responses, and an extended response in which they plan variables for a simple game.

What You Receive

• ✔️ Student worksheet covering variables, values, stored information, and changing values
• ✔️ Reading and visual tasks that connect vocabulary to simple program examples
• ✔️ Teacher Guide in a separate PDF with learning objectives, teaching tips, discussion questions, and common mistakes

Flexible Classroom Use

Use this programming fundamentals worksheet during an introductory Computer Science lesson, for independent practice after direct instruction, or as a review of how programs remember information. The progression from vocabulary and reading to application gives students opportunities to identify concepts first and then explain how they work in a simple program.

The familiar game examples keep the focus on the computing idea itself: variables give programs named places to store information, and their values can change as the program runs. This makes the resource useful when introducing foundational coding vocabulary before students move into more complex programming tasks.