Sample questions Write a function template named "remove_duplicate" to remove duplicate elements in a vector v. The function template takes one parameter: v, the vector. The elements in the vector are...

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This is a request to negotiate for an expert to complete a timed test on Data Structures and Algorithms with C++. There will be 3-5 few short questions on the test. It starts on Apr 19, 10:00 AM EDT, and I will send the questions here immediately. The expert has 90 minutes to complete the test and the solution has to be delivered by 12:00 (noon) EDT. Some samle problems are attached.


Sample questions Write a function template named "remove_duplicate" to remove duplicate elements in a vector v. The function template takes one parameter: v, the vector. The elements in the vector are not sorted. The function template returns the number of elements deleted from the vector. Write your function template in the correct C++ syntax . Write a function template named "sequential_search" to determine if a vector v contains a particular value x. The function template has two parameters: vectorv, and value x to search. The elements in the vector are not sorted. The function template returns the smallest index of the vector where x is in the vector (in case duplicate elements are stored in the vector), and -1 (negative 1) if x is not found in the vector. • Write your function template in the correct C++ syntax. (10 points). . What is the time complexity of your search function template in terms of the big-O notation? Briefly explain your answer. (5 points)
Answered Same DayApr 19, 2021

Answer To: Sample questions Write a function template named "remove_duplicate" to remove duplicate elements in...

Sonu answered on Apr 19 2021
142 Votes
#include
using namespace std;
template
class BinaryTree{
struc
t BinaryNode{
T element;
BinaryNode* left;
BinaryNode* right;
};
public:

BinaryTree();
     void add(T val);
     size_t count_nodes(T x);
     void levelorder();
    
    private:
    
     void add(struct BinaryNode** node, T val);
     BinaryNode* root;
     int countNodes(struct BinaryNode* root, T x);
};
template
BinaryTree::BinaryTree(){
    this->root = NULL;
}
template
void BinaryTree::add(T...
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