write a program that adds ten numbers and store the result in a register ax, bx, cx, dx, ds

import java.util.Scanner;

public class Assignment{

public static void main(String [] args)

{

Scanner input = new Scanner(System.in);

String firstName, lastName;

System.out.print("Firstname: ");

firstName = input.nextLine();

System.out.print("Lastname: ");

lastName = input.nextLine();

String fullName = firstName +" "+lastName;

System.out.print(fullName);

}

}

Explanation:

I'll use the line numbers in the question to point at the corresponding instruction

import java.util.Scanner; -- The import statement (1)

public class Assignment{

public static void main(String [] args)

{

Scanner input = new Scanner(System.in); -- Scanner object (2)

String firstName, lastName; -- Variable declarations

System.out.print("Firstname: "); Prompt to enter first name (3)

firstName = input.nextLine(); --- User input for firstName (4)

System.out.print("Lastname: "); Prompt to enter first name (5)

lastName = input.nextLine(); --- User input for lastName (6)

String fullName = firstName +" "+lastName; --- concatenating both user inputs (7)

System.out.print(fullName); --- Print out fullName (8)

}

}

import java.util.Scanner;

public class Assignment{

public static void main(String [] args)

{

Scanner input = new Scanner(System.in);

String firstName, lastName;

System.out.print("Firstname: ");

firstName = input.nextLine();

System.out.print("Lastname: ");

lastName = input.nextLine();

String fullName = firstName +" "+lastName;

System.out.print(fullName);

}

}

Explanation:

I'll use the line numbers in the question to point at the corresponding instruction

import java.util.Scanner; -- The import statement (1)

public class Assignment{

public static void main(String [] args)

{

Scanner input = new Scanner(System.in); -- Scanner object (2)

String firstName, lastName; -- Variable declarations

System.out.print("Firstname: "); Prompt to enter first name (3)

firstName = input.nextLine(); --- User input for firstName (4)

System.out.print("Lastname: "); Prompt to enter first name (5)

lastName = input.nextLine(); --- User input for lastName (6)

String fullName = firstName +" "+lastName; --- concatenating both user inputs (7)

System.out.print(fullName); --- Print out fullName (8)

}

}

Provided in the section below

Explanation:

Using C# Code:

using System;

class Environment{

//temperature

private double temp;

//sets initial value of temp to 100 Fahrenheits

public Environment(){

temp=100;

}

//sets initial value to given temp

public Environment(double t) {

this.temp = t;

}

//returns temp

public double getTemp(){

return temp;

}

//calculates temp at given frequency

public void calcTemperature(double frequency){

temp=(frequency+40)/4.0;

}

}

class Cricket{

private Random r=new Random();

//frequency of birds

protected double frequency;

//sets frequency to a random value between 0-100

public Cricket(){

frequency=r.NextDouble()*100;

}

//sets frequency to a given frequency

public Cricket(double f) {

frequency = f;

}

//returns the frequency

public double getFrequency() {

return frequency;

}

//randomize the frequency

public virtual void randomFrequency() {

frequency = r.NextDouble()*100;

}

}

class ClemsonCricket: Cricket{

//sets the frequency to 80% of the parent's

public ClemsonCricket(): base(){

frequency=frequency*0.8;

}

//sets frequency to a given frequency

public ClemsonCricket(double f): base(f){}

//randomize frequency and sets it to 80% of the parent's

public override void randomFrequency(){

base.randomFrequency();

frequency=frequency*0.8;

}

}

public class testCrickets {

static void Main(){

Environment env=new Environment();

Console.WriteLine("Initial Temp: "+env.getTemp());

Cricket cricket=new Cricket();

env.calcTemperature(cricket.getFrequency());

Console.WriteLine(String.Format("Temp before changing Frequency: {0:0.00}",env.getTemp()));

cricket.randomFrequency();

env.calcTemperature(cricket.getFrequency());

Console.WriteLine(String.Format("\nTemp after changing Freqency: {0:0.00}",env.getTemp()));

Console.WriteLine("\nClemson Cricket: ");

ClemsonCricket clemsonCricket=new ClemsonCricket();

env.calcTemperature(clemsonCricket.getFrequency());

Console.WriteLine(String.Format("Temp before changing Frequency: {0:0.00}",env.getTemp()));

clemsonCricket.randomFrequency();

env.calcTemperature(clemsonCricket.getFrequency());

Console.WriteLine(String.Format("\nTemp after changing Freqency: {0:0.00}" ,env.getTemp()));

Console.WriteLine("\nPolymorphism Clemson Cricket: ");

Cricket Ccricket=new ClemsonCricket();

env.calcTemperature(Ccricket.getFrequency());

Console.WriteLine(String.Format("Temp before changing Frequency: {0:0.00}",env.getTemp()));

Ccricket.randomFrequency();

env.calcTemperature(Ccricket.getFrequency());

Console.WriteLine(String.Format("\nTemp after changing Freqency: {0:0.00}",env.getTemp()));

}

}

cheers i hope this helped !!

Provided in the section below

Explanation:

Using C# Code:

using System;

class Environment{

//temperature

private double temp;

//sets initial value of temp to 100 Fahrenheits

public Environment(){

temp=100;

}

//sets initial value to given temp

public Environment(double t) {

this.temp = t;

}

//returns temp

public double getTemp(){

return temp;

}

//calculates temp at given frequency

public void calcTemperature(double frequency){

temp=(frequency+40)/4.0;

}

}

class Cricket{

private Random r=new Random();

//frequency of birds

protected double frequency;

//sets frequency to a random value between 0-100

public Cricket(){

frequency=r.NextDouble()*100;

}

//sets frequency to a given frequency

public Cricket(double f) {

frequency = f;

}

//returns the frequency

public double getFrequency() {

return frequency;

}

//randomize the frequency

public virtual void randomFrequency() {

frequency = r.NextDouble()*100;

}

}

class ClemsonCricket: Cricket{

//sets the frequency to 80% of the parent's

public ClemsonCricket(): base(){

frequency=frequency*0.8;

}

//sets frequency to a given frequency

public ClemsonCricket(double f): base(f){}

//randomize frequency and sets it to 80% of the parent's

public override void randomFrequency(){

base.randomFrequency();

frequency=frequency*0.8;

}

}

public class testCrickets {

static void Main(){

Environment env=new Environment();

Console.WriteLine("Initial Temp: "+env.getTemp());

Cricket cricket=new Cricket();

env.calcTemperature(cricket.getFrequency());

Console.WriteLine(String.Format("Temp before changing Frequency: {0:0.00}",env.getTemp()));

cricket.randomFrequency();

env.calcTemperature(cricket.getFrequency());

Console.WriteLine(String.Format("\nTemp after changing Freqency: {0:0.00}",env.getTemp()));

Console.WriteLine("\nClemson Cricket: ");

ClemsonCricket clemsonCricket=new ClemsonCricket();

env.calcTemperature(clemsonCricket.getFrequency());

Console.WriteLine(String.Format("Temp before changing Frequency: {0:0.00}",env.getTemp()));

clemsonCricket.randomFrequency();

env.calcTemperature(clemsonCricket.getFrequency());

Console.WriteLine(String.Format("\nTemp after changing Freqency: {0:0.00}" ,env.getTemp()));

Console.WriteLine("\nPolymorphism Clemson Cricket: ");

Cricket Ccricket=new ClemsonCricket();

env.calcTemperature(Ccricket.getFrequency());

Console.WriteLine(String.Format("Temp before changing Frequency: {0:0.00}",env.getTemp()));

Ccricket.randomFrequency();

env.calcTemperature(Ccricket.getFrequency());

Console.WriteLine(String.Format("\nTemp after changing Freqency: {0:0.00}",env.getTemp()));

}

}

cheers i hope this helped !!

The solution that would help the client pool their data together is a data integration solution. This type of solution allows for the collection and consolidation of data from various sources into a single, unified database. This can be achieved through a variety of methods, including Extract, Transform, Load (ETL) processes, data warehousing, and master data management. By implementing a data integration solution, the client will be able to access and analyze their data more efficiently, leading to better insights and informed decision-making.

The correct answer to the following question will be "Auto-encoder".

Explanation:

It is indeed a form of artificial neural net that utilizes in an unmonitored way to practice successful information coding.

A code in C++ follows:

Explanation:

#include<iostream>

using namespace std;

int calculate_area(int width, int length)

{

int area;

area=width*length;

return area;

}

int main()

{

int a,b,ar,c,d,ar1,n;

cout<<"\nEnter length of room:";

cin>>a;

cout<<"\nEnter width of room:";

cin>>b;

ar=calculate_area(a,b);

cout<<"\nArea of room:"<<ar<<" units";

cout<<"\nEnter length of mat:";

cin>>c;

cout<<"\nEnter width of mat:";

cin>>d;

ar1=calculate_area(c,d);

n=ar/ar1;

cout<<"\nNumber of mats required are:"<<n;

return 0;

}

def get_word(sentence, n):

# Only proceed if n is positive

   if n > 0:

       words = sentence.split()

# Only proceed if n is not more than the number of words

       if n <= len(words):

           return words[n-1]

   return (" ")

print(get_word("This is a lesson about lists", 4)) # Should print: lesson

print(get_word("This is a lesson about lists", -4)) # Nothing

print(get_word("Now we are cooking!", 1)) # Should print: Now

print(get_word("Now we are cooking!", 5)) # Nothing

Explanation:

Added parts are highlighted.

If n is greater than 0, split the given sentence using split method and set it to the words.

If n is not more than the number of words, return the (n-1)th index of the words. Since the index starts at 0, (n-1)th index corresponds to the nth word