1. The problem is to solve the "tree from Bottova," which likely refers to a specific mathematical or algorithmic problem involving a tree structure named Bottova. 2. Since the exact problem statement is not provided, let's clarify the typical approach to solving tree problems: we often use traversal methods (preorder, inorder, postorder), dynamic programming on trees, or graph algorithms. 3. If the problem involves finding properties like height, diameter, or paths in the Bottova tree, we use recursive formulas such as: $$\text{height}(node) = 1 + \max(\text{height}(left), \text{height}(right))$$ 4. For path sums or other metrics, we apply similar recursive relations and combine results from child nodes. 5. Please provide the exact problem statement or details about the Bottova tree so I can give a precise solution.