If-then logic and branching outcomes are the focus of this Grade 6 Computer Science worksheet on Algorithms and Problem Solving. Students explore how conditional logic allows an algorithm to choose different paths depending on whether a condition is met, then use that reasoning to predict what happens next. :contentReference[oaicite:0]{index=0}

Connect conditions to different outcomes

The lesson develops an important foundation for computational thinking by showing students how rule-based decisions work. Students define conditional logic, identify a condition and its resulting outcome, and describe how a branching algorithm can follow different paths depending on the situation it encounters.

Students also work with the vocabulary conditional, condition, branch, and outcome. Rather than learning these terms in isolation, they use them to explain how decisions are made within an algorithm and apply if-then reasoning to determine what should happen next.

Practice conditional reasoning in several formats

The worksheet includes multiple-choice questions, true/false questions, short-answer responses, a dialogue, matching, a cloze passage, a labeled diagram, a reading passage, and an essay. These activities allow students to identify conditions, trace branching paths, recognize possible outcomes, and explain rule-based decisions using appropriate Computer Science vocabulary.

The combination of selected-response and written tasks also gives teachers opportunities to see whether students can move beyond recognizing a condition and actually reason through the outcome that follows from it.

Teacher support is included

A separate Teacher Guide PDF accompanies the worksheet and includes learning objectives, teaching tips, discussion questions, and common mistakes. These materials can support lesson introduction, classroom discussion, and clarification of how conditions control branching decisions in simple algorithms.

Flexible use in an algorithms unit

Use this Grade 6 conditional logic worksheet after direct instruction, during independent practice, for homework, as a review activity, or as an informal assessment. The dialogue and reading passage can support class discussion, while the short-answer, labeled diagram, and essay tasks give students opportunities to explain their reasoning in greater depth.

By connecting if-then reasoning, conditions, branches, outcomes, and prediction within one focused lesson, the resource helps students build the logical thinking needed to understand how programs make decisions and follow different paths.