1) Within the solution box, implement the following:A. The Train class's destructor, the destructor should properly destroy the linked list of train cars. You mayassume the other functions are implemented correctly.B. The Train class's function: removeFirstcarofType. This function removes the first car from the train carlist that has a string name that matches the provided string. Do not use any other Train class functions.Your solution for the above functions should go in this box, which should be considered part of train.cpp: The following class definitions and function definitions should be used to help you finish the exam.train.h:car.h:#ifndef CAR_H#define CAR_Husing namespace std;class Car#include "car.h"using namespace std;#ifndef TRAIN_H#define TRAIN_Hclass Train {private:Car* tHead;Car* tTail;public:Train();-Train();void addcarBack(Car *);void deleteFirstcar();void removeFirstcaróftype(const string &);{private:string name;double maxSpeed;public:Car* nextcar;public:car();Car(string);double getMaxspeed () const;string getName() const;void setName(const string &);};#endif// Display list car by carvoid display() const;};#endifPart of train.cpp:// addcarBack logic:if (traincarsHead == 0) {traincarsHead = toAdd;traincarsTail = toAdd;else {traincarstail->nextcar = toAdd;traincarsTail = toAdd;

1) Within the solution box, implement the following: A. The Train class's destructor, the destructor should properly destroy the linked list of train cars. You may assume the other functions are implemented correctly. B. The Train class's function: removeFirstcarofType. This function removes the first car from the train car list that has a string name that matches the provided string. Do not use any other Train class functions.

1) Within the solution box, implement the following: A. The Train class's destructor, the destructor should properly destroy the linked list of train cars. You may assume the other functions are implemented correctly. B. The Train class's function: removeFirstcarofType. This function removes the first car from the train car list that has a string name that matches the provided string. Do not use any other Train class functions.

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Linked List, create your own code. (Do not use the build in function or classes of Java or from the textbook). Create a LinkedList class: Call the class MyLinkedList, (hint) Create a second class called Node.java and use it, remember in the class I put the Node class inside the LinkedList Class, but you should do it outside. This class should haveo Variables you may need for a Node,o (optional) Constructor Your linked list is of an int type. (you may do it as General type as <E>) For this Linked List you need to have the following methods: add, addAfter, remove, size, contain, toString, compare, addInOrder. This is just a suggestion, if you use Generic type, you must modify this Write a main function or Main class to test all the methods,o Create a 2 linked list and test all your methods. (Including the compare)
Code NOT working. What to do? Here is code: appleList = [["Apple",52,14,0,0],["McIntosh red",80,18,0,0.5],["Gala (Apple)",52,11.4,0.2,0.3],["Fuji Apple",52,11.4,0.2,0.3],["Honey Crisp Apples",90,21,0,0],["Granny Smith Apples",52,11.4,0.2,0.3],["Red Delicious Apples",80,17,0,0],["Braeburn Apples",71.7,16,0.5,0.1],["Golden Delicious Apples",130,29,1,0],["Jonagold",130.7,34,1,0],["Cripps Pink Apple",80,18,0,0],["Empire Apples",80,17,0,0],["Produce Cortland Apples",70,6,1,5],["Jazz Apples",53.8,12,0.6,0.5],["Cameo Apples", 80,22,0,0]["Winesap Apples",80,22,0,0],["Rome Apples",80,22,0,0],["Ambrosia Apples",90,17,0.4,0],] print(":Type of Apple : Calories : Carbs (in GRAMS) : Protein (in GRAMS) : Fat (in GRAMS) :") for item in appleList:print(":",item[0]," "*(9-len(item[0])),":",item[1]," "*(13-len(item[1])),":",item[2]," "*(4-len(str(item[2]))),":")
Please answer the question in the screenshot. The language used is Java.
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The two classes you will create will implement the operations defined in the interface as shown in the UML class diagram above. In addition, BinarySearchArray will implement a static method testBinarySearchArray() that populates the lists, and lets the user interactively test the two classes by adding and removing elements. The parameter BinarySearch can represent either class and tells testBinarySearchArray which class to test. Steps to Implement: 1) To get started create a new project in IntelliJ called BinarySearch. Add a class to your project called BinarySearchArray. Then add another class BinarySearchArrayList and an interface called BinarySearch. The interface BinarySearch includes public method stubs as shown in the diagram. You are allowed to add BinarySearchArrayList to the same file as BinarySearch but don't add an access modifier to this class, or for easier reading, you can declare the classes in separate files with public access modifiers. Only the class…
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Create a for-each loop that outputs all elements in the role collection of Student objects. What is necessary for that loop to function?
• Do not add statements that call print, input , or open , or add an import statement. • Do not use any break or continue statements. We are imposing this restriction (and we have not even taught you these statements) because they are very easy to abuse, resulting in terrible, hard to read code. • Do not modify or add to the import statements provided in the starter code. import math from typing import List, TextIO # For simplicity, we'll use "Station" in our type contracts to indicate that # we mean a list containing station data. # You can read "Station" in a type contract as: List[int, str, float, float, int, int, int] 23 # where the values at each index represent the station data as described in the # handout on Quercus. # A set of constants, each representing a list index for station information. ID - 0 NAME - 1 LATITUDE - 2 LONGITUDE - 3 CAPACITY - 4 BIKES_AVAILABLE - 5 DOCKS_AVAILABLE - 6 NO_KIOSK - 'SMART" # For use in the get_lat_lon_distance helper function EARTH RADIUS -…
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