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- Please help me with this using java and recursion. Please also comment the code. Please do not use hashtags when creating theses fractals. And provide an image of the output. (Just pick one) 1) create a sierpenski triangle fract 2) create a viscek fractalsCount dominators def count_dominators(items): An element of items is said to be a dominator if every element to its right (not just the one element that is immediately to its right) is strictly smaller than it. By this definition, the last item of the list is automatically a dominator. This function should count how many elements in items are dominators, and return that count. For example, dominators of [42, 7, 12, 9, 13, 5] would be the elements 42, 13 and 5. Before starting to write code for this function, you should consult the parable of "Shlemiel the painter" and think how this seemingly silly tale from a simpler time relates to today's computational problems performed on lists, strings and other sequences. This problem will be the first of many that you will encounter during and after this course to illustrate the important principle of using only one loop to achieve in a tiny fraction of time the same end result that Shlemiel achieves with two nested loops. Your workload…Please help me this using recursion and java. Create a sierpenski triangle. And please comment the code. Do not create the game using hashta
- Computer Science Write in Javascript please and use high order functions liek map or filter or reduce let obj = [ { mode: "hot" }, { temp: "low" }, { mode: "cold } ] I want to create a function that get object by key such as: myFunc("mode"); returns { mode: "hot" } next call of myFunc("mode") returns { mode: "coldfill in the Accessors, Mutators and toStringCourse: Data Structurre and algorithms Language: Java Make a Program in java. Read the properly its easy but explained in theory. You have to solve ( make program ) the question by properly as you can error and ommisions will be accepted please. Kindly make it unque dont copy paste. <You have to solve this question as you can kindly dont excusses> Implement a global function“CompareNumbers”which is passed twoSlinkedListobjects as parametersnamed list1, and list2. The function will compare both the numbers corresponding to the lists and will return 0 if both the numbers are equal, return 1 if number corresponding to list1 is greater and will return 2 if number corresponding to list2 is greater. For this task you have to choose an appropriate data structure that will help you do this task in the most efficient manner with regard to time and space complexity.You are allowed to reverse the linked lists for this task. intCompareNumbers(SlinkedList list1, SlinkedList list2)
- True or false linear probing selects "locations" 1, 2, 4, 9, 16, 25 java allows overloaded "function" to be declared in a data type called classes. Java allows multiple inheritance Any iterative function can be implemented recursively. Typically, recursive sorts are more efficient than iterative sorts.Data Structure & Algorithm: Describe and show by fully java coded example how a hash table works. You should test this with various array sizes and run it several times and record the execution times. At least four array sizes are recommended. 10, 15, 20, 25. It is recommended you write the classes and then demonstrate/test them using another classBug sort out and fix all. )
- IN JAVA LANGUAGE ALL INFORMATION IN PICTURES FIND MIN OF A BST CALL ON A RECURSIVE FINDMIN_R THAT WILL RETURN THE SMALLEST ELEMENT IN A BST THANK YOU!!!!!!!!!!!Implement a recursive function void deleteMax() on the IntList class (provided). The function will delete from the IntList the IntNode containing the largest value. If there are multiple nodes containing this largest value, only delete the 1st one. Be careful not to cause any memory leaks or dangling pointers. You may NOT use any kind of loop (must use recursion). You may NOT use global or static variables. You may NOT use any standard library functions. Ex: list: 5->7->1->16->4->16->3 list.deleteMax(); list: 5->7->1->4->16->3 IntList.h #ifndef __INTLIST_H__#define __INTLIST_H__ #include <ostream> using namespace std; struct IntNode {int value;IntNode *next;IntNode(int value) : value(value), next(nullptr) {}}; class IntList { private:IntNode *head; public: /* Initializes an empty list.*/IntList() : head(nullptr) {} /* Inserts a data value to the front of the list.*/void push_front(int val) {if (!head) {head = new IntNode(val);} else {IntNode…Implements the clone_node function that duplicates. If the node has a next it also duplicates it Hint: implement the following recursive pseudocode function clone_node(node) if node is NULL returns NULL returns new_node(node.value, clone_node(node.next)) Complete the code: def clone_node(node): r = <... YOUR CODE HERE ...> return r