Pet information (derived classes)

The base class Pet has private data members petName, and petAge. The derived class Dog extends the Pet class and includes a private data member for dogBreed. Complete main() to:

create a generic pet and print information using PrintInfo().
create a Dog pet, use PrintInfo() to print information, and add a statement to print the dog's breed using the GetBreed() function.
Ex. If the input is:

Dobby
2
Kreacher
3
German Schnauzer
the output is:

Pet Information:
Name: Dobby
Age: 2
Pet Information:
Name: Kreacher
Age: 3
Breed: German Schnauzer
________________________________________________

the given code:

Main.cpp:

#include
#include
#include "Dog.h"

using namespace std;

int main() {

string petName, dogName, dogBreed;
int petAge, dogAge;

Pet myPet;
Dog myDog;

getline(cin, petName);
cin >> petAge;
cin.ignore();
getline(cin, dogName);
cin >> dogAge;
cin.ignore();
getline(cin, dogBreed);

// TODO: Create generic pet (using petName, petAge) and then call PrintInfo


// TODO: Create dog pet (using dogName, dogAge, dogBreed) and then call PrintInfo


// TODO: Use GetBreed(), to output the breed of the dog


}

___________________________________________________________________________________________

Pet.h

#ifndef PETH
#define PETH

#include
using namespace std;

class Pet {
protected:
string petName;
int petAge;

public:
void SetName(string userName);

string GetName();

void SetAge(int userAge);

int GetAge();

void PrintInfo();
};

#endif
_________________________________________________________________________--

Dog.h

#ifndef DOGH
#define DOGH

#include
#include "Pet.h"

class Dog : public Pet {
private:
string dogBreed;

public:
void SetBreed(string userBreed);

string GetBreed();
};

#endif

____________________________________________________________

Pet.cpp

#include "Pet.h"
#include
#include
using namespace std;

void Pet::SetName(string userName) {
petName = userName;
}

string Pet::GetName() {
return petName;
}

void Pet::SetAge(int userAge) {
petAge = userAge;
}

int Pet::GetAge() {
return petAge;
}

void Pet::PrintInfo() {
cout << "Pet Information: " << endl;
cout << " Name: " << petName << endl;
cout << " Age: " << petAge << endl;
}

__________________________________________________________________

Dog.cpp

#include "Dog.h"
#include
#include
using namespace std;

void Dog::SetBreed(string userBreed) {
dogBreed = userBreed;
}

string Dog::GetBreed() {
return dogBreed;
}

Answer:

I think the answer is Breed: German Schnauzer don't listen too mee

________________________________________________

the given code:

Main.cpp:

#include

#include

#include "Dog.h"

don't listen

Explanation:

Anyone know why my pc won’t start up I upgraded my ram and everything seems fine

how to maintain large processors

a. Modify the FitnessTracker class that includes data fields for a fitness activity, the number of minutes spent participating, and the date. The class includes methods to get each field. In addition, create a default constructor that automatically sets the activity to running, the minutes to 0, and the date to January 1 of the current year. Create an application that demonstrates each method works correctly.


b. Create an additional overloaded constructor for the FitnessTracker class you created in Exercise 3a. This constructor receives parameters for each of the data fields and assigns them appropriately. Add any needed statements to the TestFitnessTracker.java application to ensure that the overloaded constructor works correctly, save it, and then test it.


An example of what it should look like:

running 0 minutes on 2021-01-01

bicycling 35 minutes on 2020-08-20


What's done:

import java.time.*;

public class FitnessTracker {

String activity;

int minutes;

LocalDate date;

// constructor for 3a

public FitnessTracker() {

}

// constructor for 3b

public FitnessTracker(String a, int m, LocalDate d) {

}

public String getActivity() {

}

public int getMinutes() {

}

public LocalDate getDate() {

}

}

Write a program to calculate the angle of incidence (in degrees) of a light ray in Region 2 given the angle of incidence in Region 1 and the indices of refraction n1 and n2. (Note: If n2>n1, then for some angles 1, Equation 2 will have no real solution because the absolute value of the quantity will be greater than 1. When this occurs, all light is reflected back into Region 1, and no light passes into Region 2 at all. Your program must be able to recognize and properly handle this condition.) The program should also create a plot showing the incident ray, the boundary between the two regions, and the refracted ray on the other side of the boundary. Test your program by running it for the following two cases: (a) n1= 1.0, n2 = 1.7, and 1= 45°. (b) n1 = 1.7, n2 = 1.0; and 1= 45°

What does the “mystery” function do?

Which of the formulas below are valid? Select all that apply?

hello everyone can help me give all the answer​

11. In cell R9, enter a formula using the AVERAGE function and structured references to determine the average number of years of post-secondary education of all students as shown in the Post-Secondary Years column.

Create a python program that will input their name and their age. It will show an output "Hi, {name} ! How are you? I know you are {age} old."

I WILL MARK YOU AS BRAINLIEST​

Name three reasons why computers use both integers and real numbers

convert 34.657 to binary and also 25.75 to binary

please give all the answer​

Which is an advantage of a computer network?
A. Networked computers can process data and run software faster than single computers.
B. Networks prevent unauthorized access to data and protect equipment.
C. Networked computers are less likely than single computers to suffer equipment failure.
D. Networks allow computers to connect quickly and to share data or equipment.

What is an object? Give five examples of real world objects.

one example of requirement verification techniques

A virus is NOT a software * True or False​

Create a class RightTriangle which implements the API exactly as described in the following JavadocLinks to an external site..

Don't forget - you will need to use the Pythagorean theorem (Links to an external site.) to find the hypotenuse (and therefore the perimeter) of a right triangle. You can find the area of a right triangle by multiplying the base and height together, then dividing this product by 2.

Use the runner_RightTriangle file to test the methods in your class; do not add a main method to your RightTriangle class.

Hint 1 - Javadoc only shows public methods, variables and constructors. You will need to add some private member variables to your RightTriangle class to store the necessary information. Think carefully about what information actually needs to be stored and how this will need to be updated when methods change the state of a RightTriangle object.

Hint 2 - As in the previous lesson's exercise it's helpful to add your method/constructor headers and any dummy returns needed before implementing each one properly. This will allow you to test your code using the runner class as you go along.

This is the runner code:

import java.util.Scanner;

public class runner_RightTriangle{
public static void main(String[] args){
Scanner scan = new Scanner(System.in);
RightTriangle t = new RightTriangle();
String instruction = "";
while(!instruction.equals("q")){
System.out.println("Type the name of the method to test. Type c to construct a new triangle, q to quit.");
instruction = scan.nextLine();
if(instruction.equals("getArea")){
System.out.println(t.getArea());
}
else if(instruction.equals("getBase")){
System.out.println(t.getBase());
}
else if(instruction.equals("getHeight")){
System.out.println(t.getHeight());
}
else if(instruction.equals("getHypotenuse")){
System.out.println(t.getHypotenuse());
}

else if(instruction.equals("getPerimeter")){
System.out.println(t.getPerimeter());
}
else if(instruction.equals("toString")){
System.out.println(t);
}
else if(instruction.equals("setBase")){
System.out.println("Enter parameter value:");
double arg = scan.nextDouble();
t.setBase(arg);
scan.nextLine();
}
else if(instruction.equals("setHeight")){
System.out.println("Enter parameter value:");
double arg = scan.nextDouble();
t.setHeight(arg);
scan.nextLine();
}
else if(instruction.equals("equals")){
System.out.println("Enter base and height:");
double bs = scan.nextDouble();
double ht = scan.nextDouble();
RightTriangle tOther = new RightTriangle(bs, ht);
System.out.println(t.equals(tOther));
scan.nextLine();
}
else if(instruction.equals("c")){
System.out.println("Enter base and height:");
double bs = scan.nextDouble();
double ht = scan.nextDouble();
t = new RightTriangle(bs, ht);
scan.nextLine();
}
else if(!instruction.equals("q")){
System.out.println("Not recognized.");
}
}
}
}

My code so far:

class RightTriangle{
private double base;
private double height;
public RightTriangle(){
base = 1.0;
height = 1.0;
}
public RightTriangle(double ds, double ht){
base=ds;
height=ht;
}
public boolean equals​(RightTriangle other){
if(base==other.base && height==other.height ){
return true;
}
else
{
return false;
}
}
public double getArea()
{
return (base*height)/2;
}
public double getBase(){
return base;
}
public double getHeight()
{
return height;
}
public double getHypotenuse()
{
return Math.sqrt((base*base)+(height*height));
}
public double getPerimeter()
{
return base+height+Math.sqrt((base*base)+(height*height));
}
void setBase (double bs)
{
if(bs==0){
System.exit(0);
}
else{
base=bs;
}
}
public void setHeight(double ht){
if(ht==0){
System.exit(0);
}
height=ht;
}
public java.lang.String toString()
{
return "base: "+base+" hegiht: "+height+" hypothesis: "+ Math.sqrt((base*base)+(height*height));
}

}

MY CODE SAYS THAT THE setHeight and setBase and toString METHODS ARE INCORRECT.

( _____)once demonstrated that a rigid wing on an aircraft would break more often than a flexible wing. Will give BRAINLIEST.

In other programming languages, the dictionary data structure is referred to as a(an)

This project was used to drive the VR Robot to number 25 on the Number Grid
*
Map, but it does not work correctly. What is the error?
.
The VR Robot should drive in reverse first
Wait until position Yin millimeters (mm) should be GREATER than 500.no LESS
than
Wait una position Xin millimeters() should be less than 100, no CREATER
than
O
The Stop driving blocks are not needed

14. My computer “boots-up” (aka activates and starts running) but it tells me that it cannot find the data to start the operating system, and I hear a subtle clicking noise coming from my computer. What physical component of the computer do you believe is defective? Defend your answer.

Why do we use for loops with arrays?
Group of answer choices

For loops let us access one specific element of an array.

Lets us quickly process contents of the array.

To store one piece of data at a time.

For loops let Python handle the values as strings not numbers.

what is computer/why it is called data processor

Pick the correct statements on the 64-bit machine representation of numbers.

The relative error in any elementary arithmetic operation is bounded above by machine precision.
Most of the decimal numbers are concentrated around zero.
Division by small numbers in an iterative process is a potential source of instability.
There are as many numbers between 1 and 2 as there are between 3 and 4.
Machine precision epsilon is the smallest decimal number that could be represented on the computer.

What are two things to consider when linking pages in your website? How are your decisions about absolute and relative URLs affect the reliability of your links?

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Write a program that does the following:

You will make a program that registers the maximum TEMPERATURE that is registered during the WEEK (that is, every day, that is, 7 days).

You must at the end show/print the number of temperatures that were HOT (May or equal to 25 degrees) and those that were COLD (less than or equal to 10 degrees)

The program MUST have DO WHILE and IF.






IN JAVA SCRIPT AND PLEASE SEND THE CODE IN THE COMMENTS

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a. True
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