Write a class called Dragon. A Dragon should have a name, a level, and a boolean variable, canBreatheFire, indicating whether or not the dragon can breathe fire. The class should have getter methods for all of these variables - getName, getLevel, and isFireBreather, respectively.

Most Agile and Scrum training courses refer to a 7 +/- 2 rule, that is, agile or Scrum teams should be 5 to 9 members. Scrum enthusiasts may recall that the Scrum guide says Scrum teams should not be less than 3 or more than 9

Explanation:

Answer:

I. Remove distracting technology.

II. Have easy access to his study resources.

III. Allow his dad to stay only if he is helping with studying.

Explanation:

A study environment can be defined as a place set aside for reading and studying of educational materials.

In order to facilitate or enhance the ability of an individual (student) to learn and assimilate information quickly, it is very important to ensure that the study environment is devoid of any form of distraction and contains the necessary study materials (resources).

Hence, to improve his study environment, Stephan should do the following;

I. Remove distracting technology such as television, radio, games, etc.

II. Have easy access to his study resources. Stephan shouldn't keep his study materials far away from his study area.

III. Allow his dad to stay only if he is helping with studying.

Answer:the person above it right

Explanation:

"aches"

an array starts at 0 so spot the 3 is spot 4

[1,2,3,4]

arr[3] = 4 in this case

Answer:

There were three important features to Baroque music: a focus on upper and lower tones; a focus on layered melodies; an increase in orchestra size. Johann Sebastian Bach was better known in his day as an organist. George Frideric Handel wrote Messiah as a counterargument against the Catholic Church

Answer:

The appropriate choice is "Assembly Language ".

Explanation:

Answer:a, d, e

Explanation:

Answer:

import java.util.Scanner;

import java.util.HashMap;

public class StudentGrades {

  public static void main (String[] args) {

     Scanner scnr = new Scanner(System.in);

     String studentName;

     double studentGrade;

     HashMap<String, Double> studentGrades = new HashMap<String, Double>();

     // Students's grades (pre-entered)

     studentGrades.put("Harry Rawlins", 84.3);

     studentGrades.put("Stephanie Kong", 91.0);

     studentGrades.put("Shailen Tennyson", 78.6);

     studentGrades.put("Quincy Wraight", 65.4);

     studentGrades.put("Janine Antinori", 98.2);

     // TODO: Read in new grade for a student, output initial

     //       grade, replace with new grade in HashMap,

     //       output new grade

     studentName = scnr.nextLine();

     studentGrade = scnr.nextDouble();

     System.out.println(studentName + "'s original grade: " + studentGrades.get(studentName));

     for (int i = 0; i < studentGrades.size(); i++) {

        studentGrades.put(studentName, studentGrade);

     }

     System.out.println(studentName + "'s new grade: " + studentGrades.get(studentName));

  }

}

Explanation:

The program first reads in the entire name (scnr.nextLine()) and the next double it sees (scnr.nextDouble()). In the HashMap, it is formatted as (key, value). studentName is the key, while studentGrade is the value. To get the name when printed, use studentName. To get the grade, use studentGrades.get(studentName).

After, use a For loop that replaces the studentGrade with the scanned Double by using studentName as a key. Use the same print statement format but with different wording to finally print the new grade. Got a 10/10 on ZyBooks, if you have any questions please ask!

Answer: They can ship 32 puzzle cubes in the box.

Explanation: So the volume of each puzzle cubes = side³

=(4)³ cubic inches.

Then the volume of the box is= (8×12×16) cubic inches.

(8×12×16)/4^3= 32

Answer: food poisning

Explanation:

either the food wasnt

cooked properly or the food was out of date and went bad

Answer:

The type of operating system I reccommend really depends on how you use computers

Explanation:

If you want strict productivity/gaming: Windows

If you are a programmer/pen tester: Linux

If you want an easy interface: MacOS X

If you believe in God's third temple: Temple OS

Windows is probably the best for most users due to its balance of a simple interface and its many capabilities. It is also the best OS for gaming due to lack of support in many other OS's.

Linux is pretty much terminal-based with an interface if you need help. Only use this if you know your way around computers well. However, this OS allows you to use many tools that are impossible to use on another OS. This is the OS that many programmers, hackers, and other computer people use due to its coding-oriented environment.

If you like simple then use MacOS. The only problem is that it's only available on apple devices, so you have to pay a pretty penny to use it. This is also a unix-based OS meaning it has SOME linux capabilities.

RIP Terry A. Davis. Temple OS was designed to be the 3rd temple of God prophesized in the bible and created by Terry Davis ALONE over a bunch of years. He made this OS after receiving a revelation from God to make this. According to Davis, all other Operating Systems are inferior and Temple OS is the OS that God uses.

#python code

def ReadTextFile(string):

with open(string, "r", encoding="utf-8") as file:

return file.read().split(" ")

print(ReadTextFile("puppy.txt"))

cmd |> ['text', 'text']

By the way, you can look into the Russian community "brainly", I published a lot of similar code there.

znanija.com/app/profile/21571307

Answer:

In Java:

import java.util.Scanner;

public class Main {

public static void main(String[] args) {

 int regularhour,overtimehour;

 float regularpay,overtimepay;

 Scanner input = new Scanner(System.in);

 System.out.print("Regular Hour: ");

 regularhour = input.nextInt();

 System.out.print("Overtime Hour: ");

 overtimehour = input.nextInt();

 System.out.print("Regular Pay: ");

 regularpay = input.nextFloat();

 System.out.print("Overtime Pay: ");

 overtimepay = input.nextFloat();

 float regulargross = regularhour * regularpay;

 float overtimegross = overtimehour * overtimepay;

 float totalgross = regulargross + overtimegross;

 System.out.println("Regular Gross Pay: "+regulargross);

 System.out.println("Overtime Gross Pay: "+overtimegross);

 System.out.println("Total Gross Pay: "+totalgross);

}

}

Explanation:

This line declares regularhour and overtimehour as integer

 int regularhour,overtimehour;

This line declares regularpay and overtimepay as float

 float regularpay,overtimepay;

 Scanner input = new Scanner(System.in);

This prompts the user for regular hour

 System.out.print("Regular Hour: ");

This gets the regular hour

 regularhour = input.nextInt();

This prompts the user for overtime hour

 System.out.print("Overtime Hour: ");

This gets the overtime hour

 overtimehour = input.nextInt();

This prompts the user for regular pay

 System.out.print("Regular Pay: ");

This gets the regular pay

 regularpay = input.nextFloat();

This prompts the user for overtime pay

 System.out.print("Overtime Pay: ");

This gets the overtime pay

 overtimepay = input.nextFloat();

This calculates the regular gross pay

 float regulargross = regularhour * regularpay;

This calculates the overtime gross pay

 float overtimegross = overtimehour * overtimepay;

This calculates the total gross pay

 float totalgross = regulargross + overtimegross;

This prints the regular gross pay

 System.out.println("Regular Gross Pay: "+regulargross);

This prints the overtime gross pay

 System.out.println("Overtime Gross Pay: "+overtimegross);

This prints the total gross pay

 System.out.println("Total Gross Pay: "+totalgross);

Answer:

In Java:

import java.util.Scanner;  

import java.util.Arrays;  

public class Main  {  

public static void main(String args[])  {  

Scanner input = new Scanner(System.in);

int row, col;  

System.out.print("Rows: ");    row = input.nextInt();

System.out.print("Cols: ");     col = input.nextInt();  

int[][] Array2D = new int[row][col];

System.out.print("Enter array elements: ");

for(int i =0;i<row;i++){    

    for(int j =0;j<col;j++){

        Array2D[i][j] = input.nextInt();  

    }     }

int[] maxarray = findmax(Array2D,row,col);

System.out.println("Row: "+(maxarray[0]+1));

System.out.println("Column: "+(maxarray[1]+1));

}  

public static int[] findmax(int[][] Array2D,int row, int col)   {  

int max = Array2D[0][0];

int []maxitem = new int [2];

for(int i =0;i<row;i++){

    for(int j =0;j<col;j++){

        if(Array2D[i][j] > max){  

            maxitem[0] = i;

            maxitem[1] = j; } }    }

return maxitem;  

}  

}

Explanation:

The next two lines import the scanner and array libraries

import java.util.Scanner;  

import java.util.Arrays;  

The class of the program

public class Main  {  

The main method begins here

public static void main(String args[])  {  

The scanner function is called in the program

Scanner input = new Scanner(System.in);

This declares the array row and column

int row, col;

This next instructions prompt the user for rows and get the row input  

System.out.print("Rows: ");    row = input.nextInt();

This next instructions prompt the user for columns and get the column input  

System.out.print("Cols: ");     col = input.nextInt();  

This declares the 2D array

int[][] Array2D = new int[row][col];

This prompts the user for array elements

System.out.print("Enter array elements: ");

The following iteration populates the 2D array

for(int i =0;i<row;i++){    

    for(int j =0;j<col;j++){

        Array2D[i][j] = input.nextInt();  

    }     }

This calls the findmax function. The returned array of the function is saved in maxarray  

int[] maxarray = findmax(Array2D,row,col);

This prints the row position

System.out.println("Row: "+(maxarray[0]+1));

This prints the column position

System.out.println("Column: "+(maxarray[1]+1));

The main method ends here

}  

The findmax function begins here

public static int[] findmax(int[][] Array2D,int row, int col)   {  

This initializes the maximum to the first element of the array

int max = Array2D[0][0];

This declares maxitem. The array gets the position of the maximum element

int []maxitem = new int [2];

The following iteration gets the position of the maximum element

for(int i =0;i<row;i++){

    for(int j =0;j<col;j++){

        if(Array2D[i][j] > max){  

            maxitem[0] = i; -- The row position is saved in index 0

            maxitem[1] = j;  -- The column position is saved in index 1} }    }

This returns the 1 d array

return maxitem;  

}  

Answer:

perdo si la pusiera es español te ayudo pero no esta en español

Answer:

This is in python

Explanation:

Alter my code if you need anything changed. (You may need to create a new function to add a day to February if necessary)

months = [31,28,31,30,31,30,31,31,30,31,30,31]

monthNames = ['january','february','march','april','may','june',

            'july','august','september','october','november','december']

array = []

def test(y,m,d): #Does not account for leap-year. Make a new function that adds a day to february and call it before this one

   if m.lower() not in monthNames or y < 1 or d > 31:

       if m.lower() == "april" or m.lower() == "june" or m.lower() == "september" or m.lower() == "november" and d > 30:

           return None

       elif m.lower() == "february" and d > months[1]:

           return None

       return None

   num = monthNames.index(m.lower()) #m should be the inputted month

   months[num] = d

   date = months[num]

   for n in range(num):

       array.append(months[n])

   tempTotal = sum(array)

   return tempTotal + date

x = int(input("Enter year: "))

y = input("Enter month: ")

z = int(input("Enter day: "))

print(f"{y.capitalize()} {z} is day {test(x,y,z)} in {x}")

Answer:

Hello! The answer to your question is function I had the same question and got it right!

Explanation:

Hope this helped:)

Answer:

I think probably mydoom

Explanation:

as it estimated 38 billion dollars in damage, also this malware is technically a worm

Answer:

Death by PowerPoint is a phenomenon caused by the poor use of presentation software. Key contributors to death by PowerPoint include confusing graphics, slides with too much text and presenters whose idea of a good presentation is to read 40 slides out loud.

Explanation:

Hope this helps :)

Answer:

num % 2 == 0

Explanation:

Functions are collection of code segments that are executed when called or evoked

The correct statement that can replace "MISSING CONDITION" is (a) num % 2 == 0

From the question, we understand that the condition is to return true if the number is an even number.

To do this, we simply take the modulus of the number and 2.

Hence, the correct statement that can replace "MISSING CONDITION" is (a) num % 2 == 0

Read more about missing code segments at:

https://brainly.com/question/18430675

Answer:

Option d) is correct

Explanation:

To optimize the processing of a warehouse’s operations, products are stored on warehouse racks when they arrive. The items that arrive last are the first to go out to minimize the time it takes to retrieve an item. The items that arrive need to be represented and the warehouse should be left in a data structure. The data structure which should you use to represent this situation is a queue.

Option d) is correct

Answer:

Uh... there is no question here.

Explanation:

No question to answer.

Answer:

The URL of the website

Explanation:

Look for .gov and .edu as they are often reliable sources

Answer:

In C++:

void sortlist(char nums[],int charlent){    

   int Myarr[charlent];

const char s[4] = " ";  

char* tok;  

tok = strtok(nums, s);  

int i = 0;  

while (tok != 0) {  

 int y = atoi(tok);

 Myarr[i] = y;

 tok = strtok(0, s);  

 i++;

}  

int a;  

for (int i = 0; i < charlent; ++i) {

for (int j = i + 1; j < charlent; ++j) {

 if (Myarr[i] > Myarr[j]) {

  a =  Myarr[i];

  Myarr[i] = Myarr[j];

  Myarr[j] = a;

       }   }  }

for(int j = 0;j<charlent;j++){ printf(" %d",Myarr[j]); }  

}

Explanation:

This line defines the sortlist function. It receives chararray and its length as arguments

void sortlist(char nums[],int charlent){    

This declares an array

   int Myarr[len];

This declares a constant char s and also initializes it to space

const char s[4] = " ";  

This declares a token as a char pointer

char* tok;

This line gets the first token from the char

tok = strtok(nums, s);

This initializes variable i to 0

int i = 0;

The following while loop passes converts each token to integer and then passes the tokens to the array  

while (tok != 0) {  

 int y = atoi(tok); -> Convert token to integer

 Myarr[i] = y; -> Pass token to array

 tok = strtok(0, s); -> Read token

 i++;

}  

Next, is to sort the list.

int a;

This iterates through the list  

for (int i = 0; i < charlent; ++i) {

This iterates through every other elements of the list

for (int j = i + 1; j < charlent; ++j) {

This condition checks if the current element is greater than next element

 if (Myarr[i] > Myarr[j]) {

If true, swap both elements

  a =  Myarr[i];

  Myarr[i] = Myarr[j];

  Myarr[j] = a;

       }   }  }

The following iteration prints the sorted array

for(int j = 0;j<charlent;j++){ printf(" %d",Myarr[j]); }  

}

See attachment for illustration of how to call the function from main

Answer:

You should disable WPS in the access point's configuration.

Explanation:

Encryption is a form of cryptography and typically involves the process of converting or encoding informations in plaintext into a code, known as a ciphertext. Once, an information or data has been encrypted it can only be accessed and deciphered by an authorized user.

Some examples of encryption algorithms are 3DES, AES, RC4, RC5, and RSA.

In wireless access points, the encryption technologies used for preventing unauthorized access includes WEP, WPA, and WPA2.

In this scenario, you notice that an access point supports Wi-Fi Protected Setup (WPS) using a PIN and you are concerned about the security implications of this functionality. Therefore, to reduce this risk you should disable Wi-Fi Protected Setup (WPS) in the access point's configuration.

This ultimately implies that, the wireless access point will operate in an open state and as such would not require any form of password or PIN for use.

Answer:

import java.util.Scanner;

public class Main

{

public static void main(String[] args) {

 Scanner input = new Scanner(System.in);

 int classesHeld, classesAttended;

 double percentage;

 System.out.print("Enter number of classes held: ");

 classesHeld = input.nextInt();

 System.out.print("Enter number of classes attended: ");

 classesAttended = input.nextInt();

 percentage = (double) classesAttended / classesHeld;

 if(percentage < 0.75)

     System.out.println("You are not allowed to sit in exam");

 else

     System.out.println("You are allowed to sit in exam");

}

}

Explanation:

Import the Scanner to be able to get input from the user

Create a Scanner object to get input

Declare the variables

Ask the user to enter classesHeld and classesAttended

Calculate the percentage, divide the classesAttended by classesHeld. You also need to cast the one of the variable to double. Otherwise, the result would be an int

Check the percentage. If it is smaller than 0.75 (75% equals 0.75), print that the student is not allowed. Otherwise, print that the student is allowed