Event-driven programs are at the center of this Grade 6 Computer Science worksheet, giving students focused practice with how programs react to user actions and timed events. Students work with the core ideas of event, trigger, response, and interaction while connecting those terms to simple programming situations.

What students practise

• Defining event, trigger, response, and interaction in the context of event-driven programs
• Identifying which user action or timer event should trigger a particular program response
• Matching event-driven programming terms to their correct definitions
• Applying an event-driven idea to create a simple scenario using triggers and responses

The worksheet moves beyond simple vocabulary recall by asking students to recognize the relationship between an action and what a program does next. This supports early programming fundamentals and helps learners build a clear mental model of how interactive software responds to input.

Question and activity mix

Students encounter multiple-choice questions, true/false statements, short-answer questions, a dialogue task, matching, a cloze passage, a labeled diagram, a reading passage, and an essay. This mix gives students several ways to show what they know, from selecting correct ideas to explaining event-driven behavior in their own words.

Teacher support included

A separate Teacher Guide PDF is included with learning objectives, teaching tips, discussion questions, and common mistakes. The guide gives teachers a clear reference for introducing the topic, discussing misconceptions, and supporting students as they work through event-driven programming concepts.

Ways to use it

Use this resource during a programming fundamentals lesson, as guided class practice after introducing events and triggers, for independent work, or as review before moving into more complex interactive programming. The reading and dialogue components can also support whole-class discussion before students complete the remaining tasks.

Because the worksheet connects terminology with practical trigger-and-response examples, it helps Grade 6 learners see that an event-driven program does not simply run every action in one fixed sequence. Instead, the program reacts when an event occurs, such as a user action or timer event, and produces an appropriate response. That connection makes the resource useful for building foundational understanding before students begin designing or coding more advanced interactive programs.