Discuss how to convert an arbitrary tree into a binary tree in Haskell. An Approach to Convert an Arbitrary Tree into a Binary

How to Convert an Arbitrary tree into Binary

An Approach to Convert an Arbitrary Tree into a Binary Tree in Haskell   In Haskell, an arbitrary tree can be converted into binary tree through a sequence of steps. An empty binary tree first needs to be initialized. Then, a loop is created (Selman 2015). This loop selects a node in the arbitrary tree and adds it (in the form a root node to the empty binary trees). The selected nodes in the main tree will be removed and the nodes created are added to their respective branches. Through this process, the number of nodes gradually decrease, until all the nodes are added and the conversion of an arbitrary tree into a binary tree is complete (Zhang & Zhang, 2021). Data structure algorithms as well as linear data type functions, such as fold or map can be utilized to maximize complexity and minimize time. The conversion will produce a binary tree with the desired size and structure.     References Selman, C. T. (2015). Binary trees: Modern data analysts’ computational procedures. S. Sagoe (Ed.Binary Trees (pp. 3-18). Academic Press.   Zhang, X., & Zhang, H. (2021). Algorithms to Construct Binary Trees From Arbitrary Trees Binary Tree Construction and Transversal Techniques (pp. 19-29). Springer, Singapore.Cont…