Define a class named Point with two data fields x and y to represent a point's x- and y-coordinates. Implement the Comparable interface for the comparing the points on x-coordinates. If two points have the same x-coordinates, compare their y-coordinates. Define a class named CompareY that implements Comparator. Implement the compare method to compare two points on their y-coordinates. If two points have the same y-coordinates, compare their x-coordinates. Randomly create 100 points and apply the Arrays.sort method to display the points in increasing order of their x-coordinates, and increasing order of their y-coordinates, respectively.

Answer:

When implementing a 1:1 relationship, the foreign key should be placed on the optional side if one side is mandatory and one side is optional.  

When this is implemented, the foreign key should be made mandatory.

Explanation:

A foreign key (FK) is a primary key (PK) in relational databases.  It is used to establish a relationship with a table that has the same attribute with another table in the database.  A mandatory relationship exists when the foreign key depends on the parent (primary key) and cannot exist without the parent.  A one-to-one relationship exists when one row in a data table may be linked with only one row in another data table.

Answer:

Explanation:

The following code is written in Java. It is a function that creates a Random object to generate random values, then uses those values to choose a random rank and suit using switch statements. It then saves the rank and suit into a String variable in the correct format and finally prints the card that was picked to the screen. The function was called 4 times in the main method and the output can be seen in the attached image below.

public static void randomCardGenerator() {

       Random rand = new Random();

       int rank = rand.nextInt(14)+1;

       int suit = rand.nextInt(4)+1;

       String chosenCard = "";

       switch (rank) {

           case 1: chosenCard += "Ace"; break;

           case 2: chosenCard += "1"; break;

           case 3: chosenCard += "2"; break;

           case 4: chosenCard += "3"; break;

           case 5: chosenCard += "4"; break;

           case 6: chosenCard += "5"; break;

           case 7: chosenCard += "6"; break;

           case 8: chosenCard += "7"; break;

           case 9: chosenCard += "8"; break;

           case 10: chosenCard += "9"; break;

           case 11: chosenCard += "10"; break;

           case 12: chosenCard += "Jack"; break;

           case 13: chosenCard += "Queen"; break;

           case 14: chosenCard += "Kind"; break;

           default: System.out.println("Wrong Value");

       }

       chosenCard += " of ";

       switch (suit) {

           case 1: chosenCard += "Clubs"; break;

           case 2: chosenCard += "Diamonds"; break;

           case 3: chosenCard += "Hearts"; break;

           case 4: chosenCard += "Spades"; break;

           default: System.out.println("Invalid Suit");

       }

       System.out.println(chosenCard);

   }

AnswLab giya j ty dy dio:

Explanation:

Answer:

output

Explanation:

it can be seen and touched

Answer:

bing or alien ware is the best.

Answer:

Your choice, but personally, desktop is better.

Explanation:

Desktop devices have portrait orientations so content can stretch across a screen and often multiple messages or images can live comfortably in such a wide space. Mobile devices are usually used in portrait orientation (and the smaller screens mean that even in landscape mode, horizontal space is limited).

Answer:

This is worth 50 dollars.

Explanation:

١ - one

٢ - two

٣ - three

٤ - four

٥ - five

٦ - six

٧ - seven

٨ - eight

٩ - nine

٠ - zero

What you see above is the ten digits in Arabic.

Both 5 (٥) and 0 (٠) appear here, thus representing 50.

Answer:

Explanation:

Answer:

speed

accuracy

diligence

versatility

reliabiility

memory

speed: a computer works with more higher speed compared to humans when performing mathematical calculations

accuracy: computer perform calculations with 100% accuracy

dilligence:a computer can perform calculations with the same consistentcy and accuracy

versatility:refers to the capability of a computer to perform different kind of works with same accuracy and efficiencies

reliability

Answer:

speed

accuracy

diligent

versatile

storage and communication

Answer:

A.

the final keyword is used to denote constants. It can be used with variables, methods, and classes. Once any entity (variable, method or class) is declared final , it can be assigned only once.

B.

Static variables are declared in the same place as instance variables, but with the keyword 'static' before the data type. While instance variables hold values that are associated with an individual object, static variables' values are associated with the class as a whole.

Answer: Cascading

Explanation:

The software development methodology that the company is most likely using is Cascading.

Cascading model is a sequential design process, that is used in software development, whereby progress flows downward from the conception phase, initiation phase, till it gets to the maintenance phase.

Answer:

oh nice yes good fine I like it

Answer:

The default return data type in function is int

Answer: Option (b)

Explanation:

The default return data type in a function is int. In other words commonly if it is not explicitly mentioned the default return data type of a function by the compiler will be of an integer data type.

If the user does not mention a return data type or parameter type, then C programming language will inevitably make it an int.

mark me brainlist

There were [tex]N[/tex] balls but we took [tex]A[/tex] balls out, so there are now [tex]N-A[/tex] balls. We add [tex]B[/tex] balls and now we have [tex]N-A+B[/tex] balls.

The program that computes this (I will use python as language has not been specified is the following):

n, a, b = int(input()), int(input()), int(input())

print(f"There are {n-a+b} balls in the box")

# Hope this helps

Answer:

updating the computer and having an anti virus on your computer

Answer:

The answer is "MPLS".

Explanation:

The MPLS stands for Multiprotocol Label Switching. This packet switching method facilitates the generation of easier personal backbones using a less physical channel, which sends information from one source to its destination with labels rather than IP addresses. Many of these WAN services are sold through huge companies. It is also a technology for data transfer that boosts speed and regulates network traffic flow. The information is directed with this technology via a label rather than needing complicated surveys at every stop in a route cache.

Answer:

#element

{

position: fixed;

background-color: RGBA(211, 211, 211, 1);

font-weight: bold;

padding: 10px;  

}

Answer:

Phishing Victim

Explanation:

Replying to this email could make you a victim of a phishing scam. Phishing attacks are common challenges on security that internet users are faced with. It could lead to others getting hold of sensitive information like your password or bank details. email is one way the hackers used to get this information. replying to such an email could lead one to an unsecure website where information could be extracted

Answer:

Explanation:

The following code is written in Java. It asks the user to enter the amount of change needed. This is done as a double since we are dealing with coins and not full dollar values alone. It then makes the necessary calculations to calculate the number of each coin needed and outputs it back to the user. A test case has been provided in the picture below with a sample output.

import java.util.Scanner;

class Brainly {

   public static void main(String[] args) {

       int dollars = 1;

       double quarters = 0.25;

       double dimes = 0.10;

       double nickels = 0.05;

       double pennies = 0.01;

       Scanner in = new Scanner(System.in);

       System.out.println("Enter Change Value: ");

       double change = in.nextDouble();

       int numDollars, numQuarters, numDimes, numNickels, numPennies;

       double newChange;

       numDollars = (int) (change / dollars);

       newChange = change % dollars;

       numQuarters = (int) (newChange / quarters);

       newChange = newChange % quarters;

       numDimes = (int) (newChange / dimes);

       newChange = newChange % dimes;

       numNickels = (int) (newChange / nickels);

       newChange = newChange % nickels + 0.001;

       numPennies = (int) (newChange / pennies);

       newChange = newChange % pennies;

       System.out.println("Minimum Num of Coins needed: ");

       if (numDollars != 1) {

           System.out.println(numDollars + " Dollars");

       } else {

           System.out.println(numDollars + " Dollar");

       }

       if (numQuarters != 1) {

           System.out.println(numQuarters + " Quarters");

       } else {

           System.out.println(numQuarters + " Quarter");

       }

       if (numDimes != 1) {

           System.out.println(numDimes + " Dimes");

       } else {

           System.out.println(numDimes + " Dime");

       }

       if (numNickels != 1) {

           System.out.println(numNickels + " Nickels");

       } else {

           System.out.println(numNickels + " Nickel");

       }

       if (numPennies != 1) {

           System.out.println(numPennies + " Pennies");

       } else {

           System.out.println(numPennies + " Penny");

       }

   }

}

The program is an illustration of conditional statements

Conditional statements are used to make decisions

The program in C++ where comments are used to explain each line is as follows

#include<iostream>

using namespace std;

int main() {

// This line declare all the variables

int amount, dollar, quarter, dime, nickel, penny;

// This prompts the user for input (i.e. the amount)

cout<<"Amount: ";

//This gets the amount from the user

cin>>amount;

// This checks if the amount is 0 or less

if(amount<=0)  {

//This prints "No Change"

cout<<"No Change";

}

//If the amount is greater than 0

else {

// These convert the amount to various coins

dollar = amount/100;

amount = amount%100;

quarter = amount/25;

amount = amount%25;

dime = amount/10;

amount = amount%10;

nickel = amount/5;

penny = amount%5;

// The next lines print the coins

if(dollar>=1)  {

if(dollar == 1) {

cout<<dollar<<" dollar\n"; }

else {

cout<<dollar<<" dollars\n"; }

}

if(quarter>=1) {

if(quarter== 1) {

cout<<quarter<<" quarter\n";

}

else {

cout<<quarter<<" quarters\n";

}

}

if(dime>=1) {

if(dime == 1) {

cout<<dime<<" dime\n";

}

else {

cout<<dime<<" dimes\n";

}

}

if(nickel>=1) {

if(nickel == 1) {

cout<<nickel<<" nickel\n";

}

else {

cout<<nickel<<" nickels\n";

}

}

if(penny>=1) {

if(penny == 1) {

cout<<penny<<" penny\n";

}

else {

cout<<penny<<" pennies\n";

}

}

}

return 0;

}

Read more about conditions at:

https://brainly.com/question/15683939

Answer and Explanation:

public class Main {

int Carmodel;

int Purchaseprice;

int Currentyear;

Public void setPurchasePrice(int Purchaseprice){

this.Purchaseprice=Purchaseprice;

}

Public void getPurchasePrice(){

return Purchaseprice;

}

static void printInfo(int Carmodel int Currentyear ){

this.Carmodel=Carmodel;

this.Currentyear=Currentyear;

System.out.println(getPurchasePrice() Carmodel Currentyear);

}

}

The above java program defines a class that has three methods, a get method that returns purchase price of the object, a set method that sets purchase price of the object, and a print method that print out the information about the car object(model, year, price). The print method also takes arguments and assigns values of the arguments/parameters to the object, then prints all.

Answer:

Explanation:

C

kilo = 1000

mega = 1,000,000

giga = 1 billion = 1 000 000 000

tera = 1 trillion = 1 000 000 000  000

Answer:

An input size of N = 128 makes the algorithm run for 14 milliseconds

Explanation:

O(log2N)

This means that the running time for an algorithm of length N is given by:

[tex]F(N) = c\log_{2}{N}[/tex]

In which C is a constant.

Runs for 10 milliseconds when the input size (N) is 32.

This means that [tex]F(32) = 10[/tex]

So

[tex]F(N) = c\log_{2}{N}[/tex]

[tex]10 = c\log_{2}{32}[/tex]

Since [tex]2^5 = 32, \log_{2}{32} = 5[/tex]

Then

[tex]5c = 10[/tex]

[tex]c = \frac{10}{5}[/tex]

[tex]c = 2[/tex]

Thus:

[tex]F(N) = 2\log_{2}{N}[/tex]

What input size makes the algorithm run for 14 milliseconds

N for which [tex]F(N) = 14[/tex]. So

[tex]F(N) = 2\log_{2}{N}[/tex]

[tex]14 = 2\log_{2}{N}[/tex]

[tex]\log_{2}{N} = 7[/tex]

[tex]2^{\log_{2}{N}} = 2^7[/tex]

[tex]N = 128[/tex]

An input size of N = 128 makes the algorithm run for 14 milliseconds

Answer:

Following are the code to the given question:

import java.util.Scanner;//import package

public class OrderStrings // defining a class OrderStrings  

{

   public static void main(String[] args) //defining a main method

   {

       Scanner scnr = new Scanner(System.in);//defining a Scanner class object  

       String firstString;//defining a String variable

       String secondString; //defining a String variable

       firstString = scnr.next();//input value

       secondString = scnr.next();//input value

       if (firstString.compareTo(secondString) < 0)//use if to compare sting value

           System.out.println(firstString + " " + secondString);//print sting value  

       else//else block

           System.out.println(secondString + " " + firstString);//print sting value

   }

}

Output:

rabbits capes

capes rabbits

Explanation:

In this code a class "OrderStrings" is defined inside the class the main method is defined that declares the two string variable that uses the input method to input the string value and after input, it uses the conditional statement. Inside this compareTo method is declared that compare string value and prints the string value.

Answer:

Here the code is given as follows,

Explanation:

def isPalindrome(x):

   stack = []

   #for strings with even length

   if len(x)%2==0:

       for i in range(0,len(x)):

           if i<int(len(x)/2):

               stack.append(x[i])

           elif stack.pop()!=x[i]:

               return False

       if len(stack)>0:

           return false

       return True

   #for strings with odd length    

   else:

       for i in range(0,len(x)):

           if i==int(len(x)/2):

               continue

           elif i<int(len(x)/2):

               stack.append(x[i])

           elif stack.pop()!=x[i]:

               return False

       if len(stack)>0:

           return false

       return True  

def main():  

   while True:  

       string = input("Enter a string or Return to quit: ")  

       if string == "":  

           break  

       elif isPalindrome(string):  

           print("It's a palindrome")  

       else:  

           print("It's not a palindrome")  

if __name__ == '__main__':  

   main()

Answer:

I'm not a big tech head but I know that creating a restore point is highly recommended for changing anything that you aren't 100% sure about to your computer.

Answer:

b. 4B5B information bit rate is 80% of the total information plus overhead bit rate.

Explanation:

4B5B bit rate encoding means there is 80% of the bit rate which included all the information plus the overheads. There is 20% of lack in bit rate due to encoding code words which converts data into smaller bits.

Answer:

Insert tap is the answer

the answer is ..

insert tab

Answer:

machine learning is the ability for computers to develop new skills and algorithms without specific instructions to do so.

Answer:

There are two definitions from

Explanation:

1.) (of signals or data) expressed as series of the digits 0 and 1, typically represented by values of a physical quantity such as voltage or magnetic polarization.

2.) (of a clock or watch) showing the time by means of displayed digits rather than hands or a pointer.

I'm not sure if you meant "Digit". But if you did it would mean numbers or the places where numbers would go.

Hope this helps! (If not so sorry)

Answer:

adjective

1.

(of signals or data) expressed as series of the digits 0 and 1, typically represented by values of a physical quantity such as voltage or magnetic polarization.

relating to, using, or storing data or information in the form of digital signals.

"digital TV"

involving or relating to the use of computer technology.

"the digital revolution"

Answer:

The function in Python is as follows:

def sumDig(n):

if n == 1:

 return 11

else:

 return n*11 + sumDig(n - 1)

Explanation:

This defines the function

def sumDig(n):

This represents the base case (where n = 1)

if n == 1:

The function returns 11, when it gets to the base case

 return 11

For every other value of n (n > 1)

else:

This calculates the required sum recursively

 return n*11 + sumDig(n - 1)

Answer:

Explanation:

The following is written in Java and creates the ArrayComputing class. It uses the constructor to create the infinite loop that only breaks when the user enters a -99. After every input number it goes adding the correct values to the variables. Once it is done the user can call any of the getter methods to get the variable values as well as calculate the average.

import java.util.Scanner;

class ArrayComputingApp {

   public static void main(String[] args) {

       ArrayComputing arrayComputing = new ArrayComputing();

       System.out.println("Average: " + arrayComputing.getAverage());

       System.out.println("Greatest: " + arrayComputing.getGreatest());

       System.out.println("Least: " + arrayComputing.getLeast());

       System.out.println("Sum: " + arrayComputing.getSum());

   }

}

class ArrayComputing {

   int greatest, least, sum, average;

   int count = 0;

   Scanner in = new Scanner(System.in);

   public ArrayComputing() {

       while (true) {

           System.out.println("Enter a number or -99 to exit: ");

           int num = in.nextInt();

           if (num == -99) {

               break;

           }

           if (num > this.greatest) {

               this.greatest = num;

           }

           if (this.count == 0) {

               this.least = num;

           } else {

               if (num < this.least) {

                   this.least = num;

               }

           }

           this.sum += num;

           this.count += 1;

       }

   }

   public int getAverage() {

       this.average = sum / count;

       return this.average;

   }

   public int getGreatest() {

       return greatest;

   }

   public int getLeast() {

       return least;

   }

   public int getSum() {

       return sum;

   }

}