Question Solved1 Answer I have to write a java program not C++.can you help me writing a java program 1 . 1 o Write a program that calculates the tip in a restaurant It should prompt the user for the bill amount before tip, and the tip as a percentage · Then compute and display the tip amount in dollars, and total including tip · For example, if the user enters 10.00 for the bill amount and 15% for tip, the program displays “$1.50” as tip amount and “$11.50” as total Here's a sample run: Please enter the bill amount: 15.69 Please enter the tip %: 15 The tip amount is $2.35 and the total is $18.04

Need help with this assignment in Java language. The program is already almost completed, all I have to do is to modify the "TODO" methods so that the output will be exactly the same as it is shown in the document below. Providing the starter code below and I work in Eclipse editor. Thanks in advance STARTER CODE: IList.java - class code /*please do not modify a single character from this java file */ public interface IList{ void add(int item); //adds an item at the end of the list void add(int index, int item); //adds an item at a position specified by the index, if index goes outside list size, the program adds the item at the end of the list void clear(); //clears the entire list and list size becomes 0 int indexOf(int item); //returns an items position (index value) from the list int get(int index); //gets an item from the list specified by the index value, return -1/null if item is not found boolean remove(int index); //removes an item specified by the index value and returns a boolean (successful or failed when value not exists) boolean removeAll(int item); // removes all occurrences of item from the list and returns a boolean (successful when at-least one item removed or failed when value not exists) int size(); //returns the size of the list void reverse(); //reverses the entire list void sort(); //sorts the contents of the list in ascending order String toString(); //displays the entire list } Node.java - class code /*please do not modify a single character from this java class*/ public class Node { public int value; public Node next=null; public String toString() { return String.valueOf(value); } } SinglyLinkedList.java - class code - implement the changes only here! public class SinglyLinkedList implements IList{ Node head; @Override public void add(int item) { // TODO Auto-generated method stub } @Override public void add(int index, int item) { // TODO Auto-generated method stub } @Override public void clear() { // TODO Auto-generated method stub } @Override public int indexOf(int item) { // TODO Auto-generated method stub return 0; } @Override public int get(int index) { // TODO Auto-generated method stub return 0; } @Override public boolean remove(int index) { // TODO Auto-generated method stub return false; } @Override public boolean removeAll(int item) { // TODO Auto-generated method stub return false; } @Override public int size() { // TODO Auto-generated method stub return 0; } @Override public void reverse() { // TODO Auto-generated method stub } @Override public void sort() { // TODO Auto-generated method stub } public String toString() { Node start=head; String str=""; if(start==null) return "List Empty!"; while(start.next!=null) { str+=start.value+" -> "; start=start.next; } str+=start.value+"."; return "List items: "+str; } } SinglyLinkedListTest.java - code import java.util.Random; /*please do not modify a single character from this java class*/ public class SinglyLinkedListTest { public static void main(String[] args) { IList myList=new SinglyLinkedList(); Random r=new Random(1); //do not change the seed parameter for(int i=0; i<5; i++) myList.add(r.nextInt(101)+1); myList.add(0, 7); myList.add(3, 77); myList.add(1000, 777); System.out.println(myList); System.out.println("List Size: "+myList.size()); myList.clear(); System.out.println(myList); System.out.println("List Size: "+myList.size()); for(int i=0; i<5; i++) myList.add(r.nextInt(101)+1); System.out.println(myList); System.out.println("List Size: "+myList.size()); int sVal=31; System.out.format("Index of %d is %d.\n",sVal, myList.indexOf(sVal)); sVal=1000; System.out.format("Index of %d is %d.\n",sVal, myList.indexOf(sVal)); int index=4; System.out.println("Value at index -3, "+index+" and 100 are: "+myList.get(-3)+", "+myList.get(index)+", and "+myList.get(100)); myList.remove(0); myList.remove(-10); myList.remove(100); myList.remove(2); System.out.println(myList); System.out.println("List Size: "+myList.size()); myList.add(31); myList.add(32); myList.add(33); myList.add(31); System.out.println(myList); if(myList.removeAll(31)==true) System.out.println("Successfully removed items from the list. \n" +"After removal operation list items are: "+myList); myList.reverse(); System.out.println("The updated reversed list is: "+myList); myList.sort(); System.out.println("The sorted list is: "+myList); } } Assignment-01 SinglyLinkedLists in Java - Implementing the IList Interface Linked-Lists are the most primitive data structures. In this assignment you will implement a Singly-linked-List for a Collection Data Interface llist. The starter code is attached herewith. Please note you need to write codes only in the "SinglyLinkedlist.java" file. Please do not modify any other files. Following are the Interface functions you must implement inside your "SinglyLinkedList.java" file. public interface llisti void add(int item); //adds an item at the end of the list void add(int index, int item); //adds an item at a position specified by the index, //if index goes outside list size, the program adds the item at the end of the list void clear(); //clears the entire list and list size becomes 0 int indexOffint item); //returns an items position (index value) from the list int get(int index); //gets an item from the list specified by the index value, //return -1 if item is not found boolean remove(int index); //removes an item specified by the index value //and returns a boolean (successful or failed when value not exists) boolean removeAll(int item); // removes all occurrences of item from the list and returns a //boolean (successful when at least one item removed or failed when value not exists) int size(); //returns the size of the list void reverse(); //reverses the entire list void sort(); // sorts the contents of the list in ascending order String toString(); //displays the entire list } After successful implementations of the functions, your main method will produce the following exact output: List items: 7 -> 98 -> 6 -> 77 -> 22 -> 42 -> 78 -> 777. List Size: 8 List Empty! List Size: 0 List items: 61 -> 34 -> 31 -> 46 -> 51. List Size: 5 Index of 31 is 2. Index of 1000 is -1. Value at index - 3, 4 and 100 are: -1, 51, and -1 List items: 34 -> 31 -> 51. List Size: 3 List items: 34 -> 31 -> 51 -> 31 -> 32 -> 33 - 31. Successfully removed items from the list. After removal operation list items are: List items: 34 -> 51 -> 32 -> 33. The updated reversed list is: List items: 33 -> 32 -> 51 -> 34. The sorted list is: List items: 32 -> 33 -> 34 -> 51.

An aquarium 2 m long, 1 m wide, and 1 m deep is full of water. Find the work needed to pump half of the water out of the aquarium. (Use 9.8 m/s2 for g and the fact that the density of water is 1000 kg/m3.) Show how to approximate the required work by a Riemann sum. (Let x be the height in meters below the top of the tank. Enter xi* as xi.) lim n ? ? n i = 1 ?x Express the work as an integral. 0 dx Evaluate the integral. J

The displacement (in feet) of a particle moving in a straight line is given by s = 1/2 t2 − 9t + 16, where t is measured in seconds.(a) Find the average velocity (in ft/s) over each time interval.(I) [4, 8](ii) [6, 8](iii) [8, 10](iv) [8, 12](b)Find the instantaneous velocity (in ft/s) when t = 8.

ALTERNATOR (AC GENERATOR) 1. A part of an alternator winding consist of six coil in series, each coil having an e.m.f. of 10 v (r.m.s.) induced in it. The coils are placed in successive slots and between each slot and the next, there is an electrical phase displacement of 30°. Find the e.m.f. of the six coils in series.

Lychees are a sweet Asian fruit that is used as an ingredient in certain cocktail drinks. Suppose the popularity of lychees decreases by a lot and the labor costs to grow and harvest lychees increases by a little. In this scenario, the equilibrium price would ____ and quantity would O decrease; increase O decrease; decrease increase; increase O increase; decrease Question 11 Зре Leticia is an Uber driver who works at night. Last night, there was a large decrease in the number of Uber drivers willing to work. How will this change in supply affect the equilibrium, all else equal? Equilibrium price falls and quantity falls Equilibrium price rises and quantity rises O Equilibrium price falls and quantity rises Equilibrium price rises and quantity falls « Previous Next > SEP 17 tv (o Madsen BO Q F G 8C DE F6 DII FB $ 4 % 5 6 & 7 8 ( 9 R T Y U 1

5) Using Limits for the order of growth (L'Hopital's Rule), show log2 Neo (VN) (little-oh notation), explain why. 6) Using Limits for the order of growth (L'Hopital's Rule), show N! € 2 (2N), explain why. Stirling's formula states N! = 7(2*1 * N) * (N/e)N