Topic: tree-problem / Level: advanced

• 2952. Create a function to find the total number of unique binary trees that can be formed with a given number of nodes based on properties.
• 2953. Implement a function to check if two binary trees can be represented as valid binary search trees based on their pre-order traversal using properties.
• 2954. Write a program to find the total number of paths from the root to leaf nodes in a binary search tree that satisfy a specific condition using properties.
• 2955. Create a function to find the maximum product of the split of a binary search tree based on properties.
• 2956. Implement a function to find the sum of all nodes at even levels in a binary search tree using properties.
• 2957. Write a program to find the longest path in a binary search tree from root to any node using properties.
• 2958. Create a function to check if a binary search tree is valid based on its in-order traversal using properties.
• 2959. Implement a function to find the total number of paths from the root to leaf nodes in a binary search tree that satisfy a specific condition using properties.
• 2960. Write a program to find the maximum sum of nodes in a binary search tree that starts from any node using properties.
• 2961. Create a function to find all root-to-leaf paths in a binary search tree that satisfy a specific condition using properties.
• 2962. Implement a function to find the total number of unique paths from the root to any leaf in a binary search tree using properties.
• 2963. Write a program to find the maximum depth of a binary tree using properties.
• 2964. Create a function to find all unique paths in a binary search tree that satisfy a specific condition using properties.
• 2965. Implement a function to check if a binary tree can be represented as a valid binary search tree based on properties.
• 2966. Write a program to find the longest path in a binary tree from root to any node using properties.
• 2967. Create a function to find the maximum product of the split of a binary tree based on properties.
• 2968. Implement a function to check if two binary trees can be represented as valid binary search trees based on their in-order traversal using properties.
• 2969. Write a program to find the total number of paths from the root to leaf nodes in a binary search tree that satisfy a specific condition using properties.
• 2970. Create a function to find the maximum sum of nodes at even levels in a binary search tree using properties.
• 2971. Implement a function to find the longest path in a binary tree from root to any node using properties.
• 2972. Write a program to find the sum of all nodes in a binary search tree that are odd using properties.
• 2973. Create a function to find the total number of unique paths from the root to any leaf in a binary search tree that satisfy a specific condition using properties.
• 2974. Implement a function to check if a binary search tree can be rearranged to form another valid binary search tree based on properties.
• 2975. Write a program to find the total number of paths from the root to leaf nodes in a binary search tree that satisfy a specific condition using properties.
• 2976. Create a function to find the longest path in a binary tree from root to any node using properties.
• 2977. Implement a function to find the sum of all nodes in a binary search tree that are even using properties.
• 2978. Write a program to find the maximum depth of a binary search tree using properties.
• 2979. Create a function to find all unique paths from the root to any leaf in a binary search tree using properties.
• 2980. Implement a function to find the total number of unique binary trees that can be formed with a given number of nodes using properties.
• 2981. Write a program to check if two binary trees can be represented as valid binary search trees based on their in-order traversal using properties.
• 2982. Create a function to find the longest path in a binary search tree from root to any node using properties.
• 2983. Implement a function to find all root-to-leaf paths in a binary tree that satisfy a specific condition using properties.
• 2984. Write a program to find the maximum product of the split of a binary search tree using properties.
• 2985. Create a function to find the total number of paths from the root to leaf nodes in a binary search tree that satisfy a specific condition using properties.
• 2986. Implement a function to check if a binary search tree can be represented as a valid binary tree with properties.
• 2987. Write a program to find the total number of unique paths from the root to any leaf in a binary search tree using properties.
• 2988. Create a function to find the maximum width of a binary search tree at any level using properties.
• 2989. Implement a function to check if two binary trees can be represented as valid binary search trees based on their pre-order traversal using properties.
• 2990. Write a program to find the total number of paths from the root to leaf nodes in a binary search tree that satisfy a specific condition using properties.
• 2991. Create a function to find the sum of all nodes in a binary search tree that are odd using properties.
• 2992. Implement a function to find the maximum depth of a binary search tree using properties.
• 2993. Write a program to find the longest path in a binary search tree that starts from any node using properties.
• 2994. Create a function to check if a binary tree can be represented as a valid binary tree with properties using properties.
• 2995. Implement a function to find the total number of unique paths from the root to any leaf in a binary search tree that satisfy a specific condition using properties.
• 2996. Write a program to find the sum of all nodes at odd levels in a binary search tree using properties.
• 2997. Create a function to find the maximum product of the split of a binary tree using properties.
• 2998. Implement a function to check if a binary search tree is valid based on its in-order traversal using properties.
• 2999. Write a program to find the total number of paths from the root to leaf nodes in a binary search tree that satisfy a specific condition using properties.
• 3000. Create a function to find the longest path in a binary tree that starts from any node using properties.
• 3001. Implement a function to find the total number of unique paths from the root to any leaf in a binary search tree that satisfy a specific condition using properties.

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