9. Consider the following linked list and pointer called temp: }-{_•__;B+B={ H 6 2 temp 3 5 We then perform the following operations: 1. Create a variable called x, and assign it the value obtained from dereferencing temp 2. Update temp to point at next node 3. Add to x the value obtained by dereferencing temp What is the final value of x?
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- Suppose R1 contains a pointer to a node. Which of the following will release this node by inserting it into the avail list? Select one: a. lea R2,avail[R0] store R2,1[R1] store R1,avail[R0] b. load R2,avail[R0] lea R2,1[R1] store R1,avail[R0] c. load R2,avail[R0] R2,1[R1] store R1,avail[R0]C++ Program This assignment consists of 2 parts. 1. Append Process: Create a Linked List that will store integers. Using the provided getData() method (See below), append 20 numbers to the Linked List. After loaded, display the data. Start with the Head of the list. Prompt for user to proceed. 2. Insert Process: Delete the contents of the Linked List in part 1. Using the provided getData() method, insert 20 numbers into the list and place them in the list in numerical order (1..X). Do not allow duplicates to be in the list. Hint: Do not allow a duplicate to count as a member of the 20. After loaded, display the data per line in order, starting with the Head of the list. Display the content with a leading increasing number 1- 20. i.e. 11 13 14 20 The result should be a naturally sorted. Do not use the STL list container for this exercise. Use the features described in section - Linked List Operations. Using a Class to manage the linked list as shown in section is…QueueArray.java This file implements QueueInterface.java This file has * attributes of an array holding queue elements. An integer represents front * index, an integer for rear index, and an integer to keep track number of * elements in the queue. An overloaded constructor accepts an integer for * initializing the queue size, e.g. array size. An enqueue method receives an * object and place the object into the queue. The enqueue method will throw * exception with message "Overflow" when the queue is full. A dequeue method * returns and removes an object from front of the queue. The dequeue method * will throw exception with message "Underflow" when the queue is empty. A size * method returns number of elements in the queue. A toString method returns a * String showing size and all elements in the queue.
- * QueueArrayList.java This file implements QueueInterface.java This file has * only one ArrayList<T> type of attribute to hold queue elements. One default * constructor initializes the ArrayList<T> queue. An enqueue method receives an * object and place the object into the queue. The enqueue method does not throw * overflow exception. A dequeue method returns and removes an object from queue * front. The dequeue method will throw exception with message "Underflow" when * the queue is empty. A size method returns number of elements in the queue. A * toString method returns a String showing size and all elements in the queue. Please help me in javaAssume a linked list contains following integers: 7, 2, 9, 5, 8, 3, 15 and the pointer head is pointing to the first node of the list. What will be the value of variable a after the following statements are executed: Node<int> *curNode=head; Node<int> *aNode; int s; while(curNode!=NULL){ { aNode=curNode; curNode=curNode->getNext(); } s=aNode->getItem(); A. 15 B. 3 C. 7 D. 2IN C LANGUAGE When inserting a node into a linked list, where (in memory) will that node be placed if there is no overflow? A) The location of the AVAIL pointer B) The next contiguous spot of memory from the last node C) The very end of the contiguous memory block D) A randomized memory location
- Write the program that allows the user to sort using the Bubble Sort, Selection Sort, Insertion Sort and Shell Short The program should be able to read in data from a binary file. The first element of the binary file will be used to tell how many elements to read in. Once all the data has been read in, the program should sort the data. The user should be able to choose which algorithm to use to sort the data. The program should print the time before and after the sort - be sure to not print the start time until after the algorithm has been chosen from your menue. The last part of the program should print out the value and location of three random positions in your array The name of each algorithm:Insertion Sort A description of the elapsed time found for each input file: 10numbers; 12 seconds 100number: 30 seconds ... A screenshot of the output of your program showing the start time and stop time of each algorithm running on the largest file (1000000numbers) as well as the…The following step is used to remove first node from the AVAIL list. NEW: =AVAIL AND AVAIL: =LINK[AVAIL] Select one: True FalseAssume a linked list contains following integers: 5, 2, 4, 6, 8, 3, 15 and the pointer head is pointing to the first node of the list. What will be the value of variable a after the following statements are executed: Node<int> *curNode=head; int a=0; while(curNode!=NULL){ a+=curNode->getItem(); curNode=curNode->getNext(); if(curNode!=NULL) curNode=curNode->getNext(); } A.32 B.43 C.19 D.18
- Consider the following linked list and pointer called temp: head 3 6 2 10 エローミー H temp + We then perform the following operations: 1. Create a variable called x, and assign it the value obtained from dereferencing temp 2. Update temp to point at next node 3. Multiply x by 4 What is the final value of x? nullAssume a linked list contains following integers: 2, 2, 4, 5, 8, 3, 15 and the pointer head is pointing to the first node of the list. What will be the value of variable a after the following statements are executed: Node<int> *curNode=head; int a=0; Node<int> *aNode; while(curNode->getItem()<7){ aNode=curNode; curNode=curNode->getNext(); } a=aNode->getItem(); A. 5 B.8 C.0 D.7Which of the following data structures cannot have an iterator implemented to iterate through? Group of answer choices 1. Hash Map 2. You can implement an iterator for all of these. 3. Linked List 4. Array 5. Binary Search Tree