1- Software in openSUSE is ____, meaning you do not have to remember the exact name of software to find it.   a. independent   b. indexed   c. absolute   d. streamlined

Expected Output: A) Success Case: B) Failure Case: Enter details of 1 Employee Enter Employee Id : 11 Enter details of 1 Employee Enter Employee Id : 101 Enter Employee Name : John Mathew Enter Enployee Name : KS Enter Employee Age : 23 Enter Enployee Age : 34 Enter Employee Salary : 6787.89 Enter Employee Salary : 2345.6 Enter details of 2 Enployee Enter Employee Id : 201 Enter details of 2 Employee Enter Enployee Id : 12 Enter Employee Name : Harry Bajwa Enter Employee Age : 34 Enter Enployee Name : WR Enter Employee Salary : 8765.43 Enter details of 3 Employee Enter Employee Id : 301 Enter Enployee Age : 35 Enter Employee Salary : 5678.99 Enter Employee Name : Sana Murshid Enter details of 3 Employee Enter Enployee Id : 13 Enter Employee Age : 25 Enter Employee Salary : 6784.34 Details of Employees (Original Data) Id Enter Employee Name : RT Name Age Salary Enter Enployee Age : 45 101 201 301 John Mathew 23 6787.89 Наггy Bajна Sana Murshid 34 8765.43 Enter Enployee Salary : 8974.35…

Your application will demonstrate the ability to retrieve 10 numbers from a user and determine the smallest and largest number from the list. Incorporate the following requirements into your application: The program will consist of one file - the main application class Name the class appropriately and name the file Program.cs Include documentation at the top of the file that includes Your name Date of development Assignment (e.g., CIS214 Midterm Practical Exam) Description of the class The main application class must meet the following requirements Print a line that states "Your Name - Midterm Practical Exam" Get 10 integer values from the user and store them in an array or a List Write a method to determine the smallest element in the collection Write a method to determine the largest element in the collection Display the following information for the collection All the elements in the collection and the index of the element (displayed in columns as shown in the example…

Problem #1:     How much should I study outside of class?        Issue:  Your fellow students liked the previous version of study hour’s application and want to expand it again by adding the features listed below. Minimum Study Hours per Week per Class        Grade15    A12    B9    C6    D0    F Project Specifications: The program asks the user their name, employee id, and department. The program also asks the user who they are creating the report for, their employee id, and the department they work in.  (hint #1 & 2 are instances of a class – A class must be created and used within the program)The menu driven program has the following options:Determine Hours to StudyDetermine Grade Display Averages and TotalsQuit The user can select any menu option in any order they want. For example:The user can start the program run option A, then option C, then option B, then option D. They restart the program, run option C, then D. They restart the program, run option A, then D. They restart…

This is a main module.   w7_main Module (supplied) Do not modify this module! Look at the code and make sure you understand it. // Workshop 7 // Version: 1.0 // Author: Asam Gulaid // Description: // This file tests your workshop 7 ///////////////////////////////////////////// #include<iostream> #include "Minister.h" #include "Minister.h" // intentional #include "MemberParliament.h" #include "MemberParliament.h" // intentional using namespace std; using namespace sdds; void printHeader(const char* title) { char oldFill = cout.fill('-'); cout.width(62); cout << "" << endl; cout << "|> " << title << endl; cout.fill('-'); cout.width(62); cout << "" << endl; cout.fill(oldFill); } void newElections(Minister& aMinister, const char* district, const char* newPM, double year) { aMinister.NewDistrict(district); aMinister.changePM(newPM); aMinister.assumeOffice(year); cout << "Status of New Election " << aMinister << endl…

class dvd:     def __init__(self, title, director, producer, release_date, duration, dvd_id):          self.title = title        self.director = director        self.producer = producer        self.release_date = release_date        self.duration = duration        self.dvd_id = dvd_id      def get_title(self):          return self.title      def get_director(self):          return self.director      def get_producer(self):          return self.producer      def get_release_date(self):          return self.release_date      def get_duration(self):          return self.duration      def get_dvd_id(self):          return self.dvd_id     class customer:      def __init__(self, name, customer_id):          self.name = name        self.customer_id = customer_id      def get_name(self):          return self.name      def get_customer_id(self):          return self.customer_id     class store:      def __init__(self):          self.dvds = []        self.customers = []      def add_dvd(self,…