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Robotics activities help students understand cause-and-effect relationships by allowing them to directly observe how changes in code, sensors, or components affect a robot’s behavior. For example, students can program a robot to move when a sensor detects an object and then change the program to see how its response changes. Through repeated testing, students learn that specific instructions produce specific outcomes. This hands-on process helps them develop logical thinking, debugging skills, problem-solving abilities, and a clearer understanding of how technology responds to inputs.