X480: LinkedList - LinearNodes The LinearNode class is used to represent the individual nodes in a linear LinkedList. This particular LinkedList is doubly linked. Complete the LinearNode class. Your...

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Extracted text: X480: LinkedList - LinearNodes The LinearNode class is used to represent the individual nodes in a linear LinkedList. This particular LinkedList is doubly linked. Complete the LinearNode class. Your Answer: Feedback Attempts remaining: 3 Your feedback will appear here when you check your answer. 1 private class LinearNode { 3 public LinearNode (E element) { 4 5n } 6. public getPrev() { 8 public getNext() { 10 11 12 public getElem() { 13 14 } 15 public void setPrev( ){ 16 17 } 18 public void setNext( ){ 19 20 } 21 public void setElem( 24 } License Privacy Contact MacBook Pro 345 2222


Extracted text: X806: Binary Search 1 Below is an implementation of binary search on a list of integers. Fill in the remaining lines to complete the method. You can always assume that int ray [] will be an array sorted from smallest to largest Your Answer: Feedback Attempts remaining: 3 Your feedback will appear here when you check your answer. 1 public int binarySearch1(int ray[], int target, int first, int last) { if (first > last) { return -1; 4 else { (first + last) / 2; if (ray[mid] == (target)) int mid 8 // Add return statement here! if (ray[mid] < (target)) { 10 add return statement here! 5.0 11 } 12 else { 13 // add return statement here! 14 15 }7/ end else 16 }// end bsh1 17 check my answer! reset next exercise out license privacy contact мacbook pro 20 000 000 ii 2 3 (target))="" {="" 10="" add="" return="" statement="" here!="" 5.0="" 11="" }="" 12="" else="" {="" 13="" add="" return="" statement="" here!="" 14="" 15="" }7/="" end="" else="" 16="" }//="" end="" bsh1="" 17="" check="" my="" answer!="" reset="" next="" exercise="" out="" license="" privacy="" contact="" мacbook="" pro="" 20="" 000="" 000="" ii="" 2="">