Write a C++ program to calculate the gravity of the petrol using multiple inheritance Strictly adhere to the Object-Oriented specifications given in the problem statement. All class names, member variable names, and function names should be the same as specified in the problem statement. Consider a class Liquid with the following protected member variable. Datatype float Variables density Include appropriate getter and setters. Consider a class Fuel with the following protected member variable. Variables Datatype float rate Include appropriate getters and setters Consider a derived class Petrol derived from Liquid and Fuel and it contains the following member variables. Data Type float int Variable gravity thermalConductivity Include appropriate getters and setters Consider a class PetrolBO with the following method Method void display(Petrol p) This method is used to display the petrol details. Method description In the main method, inputs are obtained from the user and access the display method of PetrolBO by creating instances. Note:To calculate gravity use gravity = (density/997.0). Input and Output format: Refer to sample input and output for other further details and format of the output. [All texts in bold corresponds to the input and rest are output] Sample Input and Output: Enter the details Enter the density of the petrol 560 Enter the rate of the petrol 89 Enter the thermal conductivity of the petrol 465 Density: 560 Rate:89 Thermal Conductivity: 465 Gravity:0.561685

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter11: Inheritance And Composition

Section: Chapter Questions

Problem 1PE: In Chapter 10, the class clockType was designed to implement the time of day in a program. Certain...

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1) QUESTION PROVIDED IN ATTACH IMAGE KINDLY SEE.

2) IF THERE IS A DECIMAL IN OUTPUT WHETHER IT'S ZERO OR TWO PLACE DECIMAL YOU MUST MATCH AS IT IS WITH QUESTION OUTPUT NO MISMATCH IN OUTPUT ACCEPTED

AND BELOW TEMPLATES PROVIDED CHECK THIS BEFORE MAKING SOLUTION ( main.cpp , petrol.cpp , PetrolBo..cpp , liquid.cpp , fuel.cpp )

----------------- TEMPLATES BELOW FOR SOLUTION -----------------------

Petrol.cpp

#include<iostream>
#include "Liquid.cpp"
#include "Fuel.cpp"
using namespace std;
class Petrol //Fill the code
{
public:
float gravity;
int thermalConductivity;
//Fill your code here
};

petrolBo.cpp

#include<iostream>
using namespace std;
#include"Petrol.cpp"
class PetrolBO
{
public:
void display(Petrol p)
{
//Fill your code here
}
};

Fuel.cpp

#include<iostream>
using namespace std;
class Fuel
{
protected:
float rate;
public:
//Fill your code here
};

Liquid.cpp

#include<iostream>
using namespace std;
class Liquid
{
protected:
float density;
public:
// Fill your code here
};

Main.cpp

#include<iostream>
using namespace std;
#include "PetrolBO.cpp"
int main()
{
cout<<"Enter the details\n";
cout<<"Enter the density of the petrol";
cin>>density;
cout<<"Enter the rate of the petrol";
cin>>rate;
cout<<"Enter the thermal conductivity of the petrol"<<endl;
cin>>thermalConductivity;

//Fill your code here

return 0;
}

Write a C++ program to calculate the gravity of the petrol using multiple inheritance
Strictly adhere to the Object-Oriented specifications given in the problem statement. All class
names, member variable names, and function names should be the same as specified in the problem
statement.
Consider a class Liquid with the following protected member variable.
Datatype
float
Variables
density
Include appropriate getter and setters.
Consider a class Fuel with the following protected member variable.
Datatype
float
Variables
rate
Include appropriate getters and setters
Consider a derived class Petrol derived from Liquid and Fuel and it contains the following member
variables.
Data Type
float
int
Variable
gravity
thermalConductivity
Include appropriate getters and setters
Consider a class PetrolBO with the following method
Method
void display(Petrol p) This method is used to display the petrol details.
Method description
In the main method, inputs are obtained from the user and access the display method of PetrolBO by
creating instances.
Note:To calculate gravity use gravity = (density/997.0).
Input and Output format:
Refer to sample input and output for other further details and format of the output.
[All texts in bold corresponds to the input and rest are output]
Sample Input and Output:
Enter the details
Enter the density of the petrol
560
Enter the rate of the petrol
89
Enter the thermal conductivity of the petrol
465
Density: 560
Rate:89
Thermal Conductivity:465
Gravity:0.561685

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