<prompt> Ngola algorithm ho kenya tsebetsong sefate sa ho batla sa binary.nan  <response>: Instruction in English: Write an algorithm to implement a binary search tree. . Response in English: 1. Define a Node class that will represent a node in the tree, with properties left, right and value to store children and the nodes value, respectively.pythonclass Node: def __init__self, data: self.left None self.right None self.value data2. Define a BinarySearchTree class that will contain the root node of the tree, and methods for inserting a node, searching for a node, and traversing the tree.pythonclass BinarySearchTree: def __init__self: self.root None3. Implement the insert method by starting from the root node, and iterate down the tree by comparing the new value to the current node and moving left if the new value is smaller or right if the new value is larger until an empty spot is found. Then, insert the new node in the empty spot.python def insertself, data: new_node Nodedata if self.root is None: self.root new_node return current_node self.root while current_node: if data current_node.value: if current_node.left is None: current_node.left new_node return else: current_node current_node.left else: if current_node.right is None: current_node.right new_node return else: current_node current_node.right4. Implement the search method that takes a value as input and returns True if the value is in the tree, and False otherwise. Similar to the insert method, the method starts from the root node and iterates down the tree by comparing the search value to the current node and moving left or right until the value is found or the end of the tree is reached.python def searchself, data: current_node self.root while current_node: if data current_node.value: return True elif data current_node.value: current_node current_node.left else: current_node current_node.right return False5. Implement the traversal methods, such as inorder, preorder, and postorder, which visit nodes in a specific order. . Response in Sesotho: 1. Hlalosa sehlopha sa Node se tla emela node sefateng, ka thepa le letšehali, le letona le boleng ho boloka bana le boleng ba node, ka ho latellana. python class Node: def __init__self, data: self.left None self.right None self.value data 2. Hlalosa sehlopha sa BinarySearchTree se tla ba le node ea motso oa sefate , le mekhoa ea ho kenya node, ho batla node, le ho tšela sefate. python class BinarySearchTree: def __init__self: self.root Ha ho letho 3. Kenya tsebetsong mokhoa oa insert ka ho qala ho tloha motso node, me u phete sefate ka ho bapisa boleng bo bocha le node ea hona joale. le ho fallela ka ho le letšehali haeba boleng bo bocha bo le bonyenyane kapa ka ho le letona haeba boleng bo bocha bo le boholo ho fihlela sebaka se se nang letho se fumanoa. Ebe, kenya node e ncha sebakeng se se nang letho. python def insertself, data: new_node Nodedata if self.root is None: self.root new_node return current_node self.root while current_node: if data current_node.value: if current_node.left is None: current_node.left new_node return else: current_node current_node. left else: if current_node.right is None: current_node.right new_node return else: current_node current_node.right 4. Kenya tsebetsong batla mokhoa oo e nka boleng e le se kenyang mme e khutlisa Nete haeba boleng bo le sefateng, le False ho seng joalo. Ho tsoana le mokhoa oa insert, mokhoa ona o qala ho tloha motsong oa motso me o pheta sefate ka ho bapisa boleng ba ho batla ho node ea hona joale le ho tsamaea ka ho le letšehali kapa ka ho le letona ho fihlela boleng bo fumanoa kapa qetellong ea sefate e fihlile. python def searchself, data: current_node self.root while current_node: if data current_node.value: kgutlisa data ya True elif current_node.value: current_node current_node.left else: current_node current_node.right return E fosahetse 5. Kenya tsebetsong mekhoa ea ho potoloha, joalo ka inorder, preorder, le postorder, e etelang li-node ka tatellano e itseng. 