Number of years needed to accumulate a future amount For the following.pdf

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Number of years needed to accumulate a future amount For the following case, determine the number of years it will take for the initial deposit to grow to equal the future amount at the given interest rate. (Click on the icon here b. in order to copy the contents of the data table below into a spreadsheet.) The number of years for this investment, n , is years. (Round to two decimal places.).

Number of years needed to accumulate a future amount For the following case, determine the
number of years it will take for the initial deposit to grow to equal the future amount at the given
interest rate. (Click on the icon here b. in order to copy the contents of the data table below into a
spreadsheet.) The number of years for this investment, n , is years. (Round to two decimal
places.)

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Need help with the TODO's (DONE IN C++) #pragma once #include <functional> // std::less #include <iostream> #include <queue> // std::queue #include <utility> // std::pair template <typename K, typename V, typename Comparator = std::less<K>> class BinarySearchTree { public: using key_type = K; using value_type = V; using key_compare = Comparator; using pair = std::pair<key_type, value_type>; using pointer = pair*; using const_pointer = const pair*; using reference = pair&; using const_reference = const pair&; using difference_type = ptrdiff_t; using size_type = size_t; private: struct BinaryNode { pair element; BinaryNode *left; BinaryNode *right; BinaryNode( const_reference theElement, BinaryNode *lt, BinaryNode *rt ) : element{ theElement }, left{ lt }, right{ rt } { } BinaryNode( pair && theElement, BinaryNode *lt, BinaryNode *rt ) : element{ std::move( theElement ) }, left{ lt }, right{ rt } { } }; using node = BinaryNode; using node_ptr = node*; using const_node_ptr = const node*; node_ptr _root; size_type _size; key_compare comp; public: BinarySearchTree() { // TODO } BinarySearchTree( const BinarySearchTree & rhs ) { // TODO } BinarySearchTree( BinarySearchTree && rhs ) { // TODO } ~BinarySearchTree() { // TODO } const_reference min() const { return min( _root )->element; } const_reference max() const { return max( _root )->element; } const_reference root() const { // TODO } bool contains( const key_type & x ) const { return contains( x, _root ); } value_type & find( const key_type & key ) { return find( key, _root )->element.second; } const value_type & find( const key_type & key ) const { return find( key, _root )- >element.second; } bool empty() const { // TODO } size_type size() const { // TODO } void clear() { clear( _root ); _size = 0; } void insert( const_reference x ) { insert( x, _root ); } void insert( pair && x ) { insert( std::move( x ), _root ); } void erase( const key_type & x ) { erase(x, _root); } BinarySearchTree & operator=( const BinarySearchTree & rhs ) { // TODO } BinarySearchTree & operator=( BinarySearchTree && rhs ) { // TODO } private: void insert( const_reference x, node_ptr & t ) { // TODO } void insert( pair && x, node_ptr & t ) { // TODO } void erase( const key_type & x, node_ptr & t ) { // TODO } const_node_ptr min( const_node_ptr t ) const { // TODO } const_node_ptr max( const_node_ptr t ) const { // TODO } bool contains( const key_type & x, const_node_ptr t ) const { // TODO } node_ptr find( const key_type & key, node_ptr t ) { // TODO } const_node_ptr find( const key_type & key, const_node_ptr t ) const { // TODO } void clear( node_ptr & t ) { // TODO } node_ptr clone ( const_node_ptr t ) const { // TODO } public: template <typename KK, typename VV, typename CC> friend void printLevelByLevel( const BinarySearchTree<KK, VV, CC>& bst, std::ostream & out ); template <typename KK, typename VV, typename CC> friend std::ostream& printNode(std::ostream& o, const typename BinarySearchTree<KK, VV, CC>::node& bn);.

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