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: Use a decision diamond (Rhombus) to check if the goal is met.

✅ : The algorithm is a linear-cyclic structure where the "gather and process" steps are repeated until the required number of plants is collected. If you'd like, let me know: If you need a visual drawing of the flowchart

The solution to in the 3rd-grade Informatics textbook by Goryachev (Part 2) involves creating a cyclic algorithm. The algorithm describes the process of collecting a herbarium, where the core actions are repeated for each plant. Algorithm: "Collect a Herbarium" : Use a decision diamond (Rhombus) to check

: Ensure the loop closes back to the "Find" step so the process repeats correctly for every specimen in your herbarium collection.

The algorithm follows a "Repeat until" logic (cycle with a condition). Find a plant Carefully dig it up Dry it Place it in the album Question: Are there more plants needed? If Yes : Return to step 2 (Find a plant). If No : Proceed to step 7. End Block Diagram Breakdown The algorithm describes the process of collecting a

To properly complete the assignment in the workbook, the steps should be placed into the following block types: "Start" Rectangle (Process): "Find a plant" Rectangle (Process): "Dig up the plant" Rectangle (Process): "Dry the plant" Rectangle (Process): "Place in album" Rhombus (Decision/Condition): "Any plants left?" Arrow "Yes" goes back up to the "Find a plant" block. Arrow "No" goes down to the End. Oval (Start/End): "End" Step-by-Step Logic Summary

If you are looking for a from the Goryachev textbook Find a plant Carefully dig it up Dry

If you need help with (If-Then) from the same chapter