You are to work on this activity individually. You are to create a Python application that applies classes and objects in Python. Scenario: You are to create a python application that simulates the function of a basic calculator with some additiona features. The user will select what function they would like to use in the application, after which they will input the v they would like to use for the computation selected. The program will then compute for the output based on the give function and return the output to the user. The user should then be able to select additional functions and input nev until they are satisfied, after which they can exit the application. The application should first ask for a command from the user when started, the user can do 9 different commands or application: 。 The Calculator Features ▪ Add Two Numbers - Adds two numbers inputted from the user. Subtract Two Numbers - Subtracts two numbers inputted from the user. • Multiply Two Numbers - Multiplies two numbers inputted from the user. Divide Two Numbers - Divides two numbers inputted from the user. ■ Exponentiation - Multiplies a number to a specified power inputted from the user. Check if a Number is Odd - Checks if a number inputted from the user is an odd number. Check if a Number is Even - Checks if a number inputted from the user is an even number. . Check if an Integer is Positive - Checks if a number inputted from the user is a positive integer. . Check if an Integer is Negative - Checks if a number inputted from the user is a negative integer. • Exit the Application - Exits/stops the application if selected. While the application is running, it should allow the ■ ■ ■

Could you help me create a python code for this question? Thanks.

You are expected to use python Object-Oriented programming concepts to design and implement a system in python for building a scientific calculator which inherits its basic operations from a standard calculator. The standard calculator can perform two types of operations: an addition and a subtraction The standard calculator is capable of inputting only two integers. But the scientific calculators can also interpret decimal values. The scientific calculator is capable of four operations: addition, subtraction, cosine and sine of values. The scientific calculator can accept multiple values for the addition operation. After performing an addition, the scientific calculator will send the final result to a database. (You are not expected to write the codes for the database connection and the queries. You are expected to only show how you can use your scientific calculator object to pass messages to a database object)        Create 100 objects for your scientific calculator to enable…

I need help solving this in PYTHON

Here is the main function in a program int main () { int x = 30; //more code goes here someFunction (x) ; cout « x; return 0; } Assume the heading for someFunction is written correctly with an integer parameter named x, and that this is the body of that function: { x = x * 20; //more code goes here } What will be the output? Just enter a number. If there would be an error, enter -999

Create a Python program that will determine the image properties of an object. Create a function called mirror_equation() that has two parameters. The first being a focal point of the mirror, the second being the distance of the object. Your function should calculate distance of the image and return the distance. Then create a function called magnification_equation() that has three parameters. The first being distance of the object, the second being the height of the object and the third being the distance of the image. Your function should calculate the height of the image and return this value. Use effective mainline logic to get user input, call the mirror _equation() and magnification_equation() functions, and display the final results. Your program should use the following two equations: Mirror equation: 1/f = 1/do + 1/di Magnification equation: hi/ho = di/do f = focal point of the mirror (in cm), do = distance of the object (in cm), di = distance of the image (in…

Written in C Please   Create a calculator program as follows.Create a menu function named kitten ( function should display the menu options and return the userselection with the following options. Prototype int kitten(void); ) :1 to calculate the number of real solutions for a quadratic equationPrototype: void fluffy(float a, float b, float c);2 to calculate the resistance in series for two or more resistors (no limit on number of resistors)Prototype: float series(float a, float b);3 to calculate the resistance in parallel for two or more resistors (no limit on number of resistors)Prototype: float parallel(float a, float b);4 to calculate the total of raising a value to an integer power value.Prototype float frisky(float x, int y);5 to exit programRepeatedly display the menu after each calculation until option 5 is entered.YOU HAVE TO CREATE AND USE ALL FIVE FUNCTIONS.Option 1:Ask the user for and store the three numerical coefficients of a quadratic equation and store them inthree…

Reviewing this program address the following points: Design/Implementation: Are there noticeable issues/flaws in the design and implementation of the code? How would you remedy such issues? Readability: Is the code well organized and easy to follow? Can you understand what is going on, easily? Documentation: Is the documentation well-written? does it explain what the code is accomplishing and how? Remember good documentation includes descriptive variable and function names in addition to clear/concise annotation. Efficiency: Was the code efficient, without sacrificing readability and understanding? #include <iostream> using namespace std; int main() {    double meal, tax, tip, total; //create variables    double taxPercentage = .0675, tipPercentage = .2; //initiate percentage values        cout << "Enter a meal charge: \n";    cin >> meal; //enter meal        tax = meal * taxPercentage;    tip = (meal + tax) * tipPercentage;    total = meal+tax+tip;         cout…

In C/C++, Function overloading is the process of creating several functions that have exactly the same name. In order to overload successfully, each function must have: A. A different parameter list B. A different number of parameters and a different return type C. An integer on the end of the function name, such as func1()and func2() D. Either A or B E. Both A and C

Please create flowchart, pseudocode and hierarchy chart for this problem.