Which of the following data structures does not yield an efficient sort? Binary search tree hash table All of the above none of the above

Java - A good guideline for hash tables is that the size should be based on a product of two primes. True or False?

What are some of the more prevalent issues with hashing?

In C++ create a hash table that stores char.

I am unaware of any distinction between Array lists and Hash tables.

C++ Hello im trying to make a list for my code but i cant use the <list> library, how would i make a list for my linked list array based hashtable code wordlist: incase you want to test the entire code a aaa hello goodbye   #pragma once //hashtable.h #include <iostream> #include <string> #include <list> #include <cstdlib> #include "word.h" using namespace std;   class HashTable { int BUCKET; list<Word>* table; public: HashTable(int W);   //to check if the table is empty bool isEmpty() const;   //to insert a key into the hashtable void insertItem(string& x);   //to delete a key from the hashtable void deleteItem(int key);   int hashFunction(Word x);   //to look for the key in the table bool searchTable(string& key); void displayHash();   }; //hashtable.cpp #include "hashtable.h" #include <iostream> HashTable::HashTable(int W) { table = new list < Word >[W]; BUCKET = W; return; }   //to check if the table is empty bool…

Java- What kind of initialization needs to be done for an open-address hash table? What about a chained hash table?

fast please c++    Insert the elements of A in hash table H of size 10. H is a vector of int is size 10. Do not allow duplicates.  Draw the table. The hash function is the number itself; f(n) = n%10

Java programming Computer science Please please help me

How to answer the following questions screen shot show the text's arrayboundedqueue and the array unbounded queue The text's array-based queue is being used and holds a queue with a single element. We can say: A. the element is held at index 0. B. the value of front is -1 C. the value of front is one less than the value of rear. D. the value of front is equal to the value of rear.