<prompt> Etsa setšoantšo sa data sa sefate.nan  <response>: Instruction in English: Create a data representation of a tree. . Response in English: There are multiple ways to represent a tree data structure in code, with one being the use of a simple class-based representation, shown below:pythonclass TreeNode: def __init__self, data: self.data data self.children def add_childself, child_node: self.children.appendchild_node Initializing tree and adding nodesroot TreeNoderootchild1 TreeNodechild1child2 TreeNodechild2root.add_childchild1root.add_childchild2grandchild1 TreeNodegrandchild1grandchild2 TreeNodegrandchild2child1.add_childgrandchild1child1.add_childgrandchild2In this representation, each node in the tree is an instance of the class TreeNode. The class has three properties; the data the node holds, and a list of children nodes. We can add child nodes to any node with the add_child method.The resulting tree structure has the following hierarchy: root child1 child2 grandchild1 grandchild2 . Response in Sesotho: Ho na le mekhoa e mengata ea ho emela sebopeho sa data ea sefate ka khoutu, me e ngoe e le tšebeliso ea boemeli bo bonolo bo thehiloeng sehlopheng, bo bontšitsoeng ka tlase: python class TreeNode: def __init__self, data: self.data data self .children def add_childself, child_node: self.children.appendchild_node Ho qala sefate le ho eketsa nodes motso TreeNoderoot child1 TreeNode child1 child2 TreeNode child2 motso.add_childngoana1 motso.eketsa_ngoanangoana2 setloholo1 TreeNodesetloholo1 setloholo2 TreeNodesetloholo2 ngoana1.add_childsetloholo1 ngoana1.eketsa_ngoanasetloholo2 Node e ngoe le e ngoe sefateng ke mohlala oa sehlopha sa TreeNode. Sehlopha se na le thepa e meraro; data eo node e nang le eona, le lenane la li-node tsa bana. Re ka kenya li-node tsa bana sebakeng sefe kapa sefe ka mokhoa oa add_child. Sebopeho sa sefate se hlahisoang se na le lihlopha tse latelang: motso ngoana1 ngoana2 setloholo1 setloholo2 