Implement the simulation of a biased 6-sided die which takes the values 1,2,3,4,5,6 with probabilities 1/8,1/12,1/8,1/12,1/12,1/2. In [ ]: # WRITE YOUR OWN CODE HERE! FEEL FREE TO INSERT MORE CELLS! # ADD SOME COMMENTS TO YOUR CODE! ​ Plot a histrogramm with 1,000,000 simulations to check if the relative counts of each number is approximately equal to the corresponding specified probabilities. Remark: Specify the bins of your histogram correctly.

Answer:

ANIMALS = ["cow", "cat", "dog", "fox", "lion", "bear", "sea lion", "deer", "dolphin"];

C_ANIMALS = ANIMALS(startsWith(ANIMALS,"c"));

LETTERS_3 = ANIMALS(strlength(ANIMALS)==3);

D_GREATER_3 = ANIMALS(strlength(ANIMALS)>3 & startsWith(ANIMALS,"d"));

disp(ANIMALS)

disp(C_ANIMALS)

disp(LETTERS_3)

disp(D_GREATER_3

Answer:The theme can be automatically changed via the default settings

Explanation:

Answer:

Go to the ✔ Page Layout  tab on the ribbon and the ✔ Themes  group.  Click Themes and select one.  Go into the workbook, make the changes, and return to the Themes gallery.  Select ✔ Save Current Theme  to save the changes.

Explanation:

Answer:

see explaination

Explanation:

# python code filereader.py

import sys

import readline

from sys import stdin

import random

## Open the file with read only permit

f = open('inputfile.txt')

## Read the first line

sum = 0.0

count = 0

#read file till the file is empty

while True:

line = f.readline()

if ("" == line):

print "Average age of friends is", sum/count

break

list = line.split()

print "My friend ",list[0], " is", list[1]

sum = sum + int(list[1])

count = count + 1

f.close()

'''

inputfile.txt

Denny 24

Penny 28

Lenny 20

Jenny 24

output:

My friend Denny is 24

My friend Penny is 28

My friend Lenny is 20

My friend Jenny is 24

Average age of friends is 24.0

see screenshot at attachment

Final answer:

To display data from a file and calculate the average age, write a Python program that opens 'friends.txt', uses a while loop to read lines, prints the content, adds up the ages, and then calculates and prints the average age to one decimal place.

Explanation:

To accomplish this task, you need to write a Python script named filereader.py that will open a file named friends.txt, read the content, and calculate the average age of friends listed in the file.

Additionally, the program should handle the file contents with a while loop and keep track of the total number of ages read (counter) and the sum of those ages (accumulator). After reading all ages and calculating their sum, the program will close the file and compute the average age to one decimal place.

import sys

try:
   f = open('friends.txt', 'r')
   age_sum = 0
   age_count = 0
   line = f.readline()
   while line:
       friend_info = line.split()
       print(f'My friend {friend_info[0]} is {friend_info[1]}')
       age_sum += int(friend_info[1])
       age_count += 1
       line = f.readline()
   f.close()
   average_age = age_sum / age_count
   print(f'Average age of friends is {average_age:.1f}')
except FileNotFoundError:
   sys.stderr.write('Error: friends.txt file does not exist.')
except Exception as e:
   sys.stderr.write('An error occurred: ' + str(e))
Make sure that the file friends.txt is in the same directory as your script, or provide the correct path to the file. The logic in the code reads each line of the file, splits the line into the friend's name and age, prints out the friend's details, and calculates the average age after reading through all the lines.

Answer:

see explaination

Explanation:

target_sum=float(input("Enter a target sum > 0 and <1 : ")) #asking user to enter the sum

while (target_sum<0 or target_sum>1): #if target sum not in range print the message

print("The target sum is not between 0 and 1")

target_sum=float(input("Please Enter a target sum > 0 and <1 : "))

computed_sum=0.00 #declare computed_sum

term_count=0 #declare term count and initalize to 0

r=1 #variable used to create the difference value

while computed_sum<target_sum: #iterate loop till computed sum is less than target sum

computed_sum=computed_sum+(1/(2**r)) #add previous computed sum with current term (1/2,1/4,1/8 etc)

term_count+=1 #increment term count

r+=1 #increment r value

print("Final Sum = " ,computed_sum) #finally print term count and final sum

print("Number of Terms= " ,term_count)

Answer:

def str_replace(int_list, index):

   if int_list[index] < 7:

       int_list[index] = "small"

   elif int_list[index] > 7:

       int_list[index] = "large"

   return int_list

Explanation:

I believe you forgot to mention the comparison value. I checked if the integer at the given index is smaller/greater than 7. If that is not your number to check, you may just change the value.

Create a function called def str_replace that takes two parameters, an integer list and an index

Check if the number in given index is smaller than 7. If it is replace the number with "small".

Check if the number in given index is greater than 7. If it is replace the number with "large".

Return the list

The str_replace function replaces an integer in a list with 'small' or 'large' depending on the value. It demonstrates basic list manipulation and conditional logic in programming.

The str_replace function is designed to take a list of integers and an index. The function will check the value at the given index, and if the integer is less than 5, it will be replaced with the string "small"; if the integer is 5 or greater, it will be replaced with the string "large". This is a basic operation in programming, often related to the concept of list manipulation and conditional statements. Here's a step-by-step example in Python:

Answer:

import java.util.Comparator;

import java.util.PriorityQueue;

public class PriorityQueueTest {

static class PQsort implements Comparator<Integer> {

 public int compare(Integer one, Integer two) {

  return two - one;

 }

}

public static void main(String[] args) {

 int[] ia = { 1, 10, 5, 3, 4, 7, 6, 9, 8 };

 PriorityQueue<Integer> pq1 = new PriorityQueue<Integer>();

 // use offer() method to add elements to the PriorityQueue pq1

 for (int x : ia) {

  pq1.offer(x);

 }

 System.out.println("pq1: " + pq1);

 PQsort pqs = new PQsort();

 PriorityQueue<Integer> pq2 = new PriorityQueue<Integer>(10, pqs);

 // In this particular case, we can simply use Collections.reverseOrder()

 // instead of self-defined comparator

 for (int x : ia) {

  pq2.offer(x);

 }

 System.out.println("pq2: " + pq2);

 // print size

 System.out.println("size: " + pq2.size());

 // return highest priority element in the queue without removing it

 System.out.println("peek: " + pq2.peek());

 // print size

 System.out.println("size: " + pq2.size());

 // return highest priority element and removes it from the queue

 System.out.println("poll: " + pq2.poll());

 // print size

 System.out.println("size: " + pq2.size());

 System.out.print("pq2: " + pq2);

}

}

Answer:

see explaination

Explanation:

#include<iostream>

using namespace std;

#define MAXDAS 100

int main()

{

//int MAXADS = 100;

int adcatcode[MAXDAS];

int adwords[MAXDAS];

int curCode;

int numads;

int i,j,k;

int subtotal;

int temp;

cout<<"Please enter the number of ads: ";

cin>>numads;

if((numads > 0) and (numads <= MAXDAS))

{

for (i = 0;i<numads;i++)

{

cout<<"Please enter Advertisement Category Code (1 - 15): ";

cin>>adcatcode[i];

cout<<"Please enter number of words for the advertisement: ";

cin>>adwords[i];

}

for (i=0;i<numads-1;i++)

{

for (j = 0;j<numads-1;j++)

{

if (adcatcode[j] > adcatcode[j+1])

{

temp = adcatcode[j];

adcatcode[j] = adcatcode[j+1];

adcatcode[j+1] = temp;

temp = adwords[j];

adwords[j] = adwords[j+1];

adwords[j+1] = temp;

}

}

}

cout<<"Total Word Counts Sorted By Category Code"<<endl;

cout<<"========================================="<<endl;

k = 0;

while(k<=numads-1)

{

subtotal = 0;

curCode = adcatcode[k];

while ( (curCode == adcatcode[k])&& (k <= numads - 1) )

{

subtotal = subtotal + adwords[k];

k = k + 1;

}

cout<<"Category: "<<adcatcode[k - 1]<<" "<<"Word Count: "<<subtotal<<endl;

}

}

else

{

cout<<"Number adds requested less than 1 or is too large; ad limit is :"<<MAXDAS;

}

return 0;

}

See attachment for output

Answer:

See attached solution

Explanation:

Answer:

layered defense / defense-in-depth

Explanation:

Layered defence is majorly used to describe a security system that is build using multiple tools and policies to safeguard multiple areas of the network against multiple threats including worms, theft, unauthorized access, insider attacks and other security considerations.

A layered defense at the same time is meant to provide adequate security at the following levels: system level security, network level security, application level security, and transmission level security.

Also called a multi-layered defense.

Answer:

def LetterGame():

   vowels = ["a", "e", "i", "o", "u", "A", "E", "I", "O", "U"]

   count1 = count2 = 0

   while True:

       choice = input("Enter a letter / digit to stop: ")

       if choice.isdigit():

           break

       elif choice.isalpha():

           count1 += 1

           if choice in vowels:

               count2 += 1

   print("You entered " + str(count1) + " letters, " + str(count2) + " of which weere vowels.")

   print("The percentage of vowels was " + str(count2 / count1 * 100) + "%")

LetterGame()

Explanation:

Create a function called LetterGame

Inside the function:

Create a list of vowels

Initialize count1, counts the total letters, and count2, counts the vowels

Initialize a while loop that iterates until the specified condition is met in the loop

Get the input from the user. If it is a digit, stop the loop. If it is an alphabet, increase the count1 by 1, and also check if it is a vowel. If it is a vowel, increment the count2 by 1

When the loop is done, print the required information

Finally, call the function

Answer:

Step 1:

✔ Select all images.

Step 2:

✔ Go to the Picture Tools Format tab.

Step 3:

✔ Choose the Arrange group.

Step 4:

✔ Choose the Group option.

Explanation:

The order of the steps to outline how images are grouped in PowerPoint are:

Step 1: Select all images.

Step 2: Go to the Picture Tools Format tab.

Step 3: Choose the Arrangement group.

Step 4: Choose the Group option.

A PowerPoint slideshow (PPT) is a presentation made using Microsoft software that enables users to include audio, visual, and audio/visual components. It is regarded as a multimedia technology that also serves as a tool for sharing and collaborating on content.

And so he set out to develop a presentation application that would offera simple way to produce and deliver slides, working with engineers Thomas Rudkin and Dennis Austin. They called it Presenter, but PowerPoint eventually replaced it.

Therefore, the steps are:

To learn more about PowerPoint, refer to the link:

https://brainly.com/question/14498361

#SPJ2

Answer:

See explaination

Explanation:

import re

def isValidTrain(train):

pattern = r'^E+(((P|PP|PPP|PPPP)D)*(BB)*)*C$'

if re.match(pattern, train):

return True

return False

def checkAndPrintTrain(train):

print("Train", train, "is valid:", isValidTrain(train))

checkAndPrintTrain("EC")

checkAndPrintTrain("EEEPPDBBPDBBBBC")

checkAndPrintTrain("EEBB")

checkAndPrintTrain("EBBBC")

checkAndPrintTrain("EEPPPPPPDBBC")

checkAndPrintTrain("EEPPBBC")

checkAndPrintTrain("EEBBDC")

Sample output

Train EC is valid: True

Train EEEPPDBBPDBBBBC is valid: True

Train EEBB is valid: False

Train EBBBC is valid: False

Train EEPPPPPPDBBC is valid: False

Train EEPPBBC is valid: False

Train EEBBDC is valid: False

Answer:

SELECT order_id, order_date,

DATEADD(DAY,5,order_date) AS approx_ship_date,

ship_date,

DATEDIFF(DAY,ship_date,DATEADD(DAY,2,order_date)) AS days_to_ship

FROM Orders

WHERE YEAR(order_date) = 2018 AND MONTH(order_date) = 3                            

Explanation:

The first line of the SQL statement is a SELECT statement which selects    order_id, order_date and ship_date columns from Orders table.

The DATEADD() is used to add date and here it is used to add 5 days to order_date column and the resultant column is named as approx_ship_date using ALIAS.

DATEDIFF() function is used to return the difference between two dates and here it shows number of days between order_date and ship_date columns.

WHERE clause is used to retrieve orders from March 2018. YEAR function represents the year of order_date which is set as 2018 to retrieve the orders for 2018. MONTH function represents the month of order_date which is set to 3 which means March in order to retrieve the orders for March.

Final answer:

To retrieve order details with calculated shipping dates and filter for March 2018 orders from an Orders table, use an SQL SELECT statement with DATE_ADD for approx_ship_date, DATEDIFF for days_to_ship, and a WHERE clause for the date range.

Explanation:

The question involves writing an SQL SELECT statement to retrieve specific columns from an Orders table, including calculated columns for approx_ship_date and days_to_ship, and filtering the results for orders made in March 2018. Here's how you can do it:

SELECT
 order_id,
 order_date,
 DATE_ADD(order_date, INTERVAL 5 DAY) AS approx_ship_date,
 ship_date,
 DATEDIFF(ship_date, order_date) AS days_to_ship
FROM
 Orders
WHERE
 order_date BETWEEN '2018-03-01' AND '2018-03-31';

This SELECT statement fetches the order_id, order_date, and ship_date directly from the Orders table. It also calculates approx_ship_date by adding 5 days to the order_date and calculates days_to_ship as the difference between ship_date and order_date. The WHERE clause filters records to include only those with order_dates in March 2018.

Answer:

Kindly note that, you're to replace "at" with shift 2 as the brainly text editor can't take the symbol

Explanation:

Copiable code:

# Define the class Interval.

class Interval(object):

   # Define the initializer.

   def __init__(self, a, b):

       # Set the minimum value as a and the maximum

       # value as b.

       self.a = min(a, b)

       self.b = max(a, b)

   # Define the function to return the length

   # of the interval.

   "at"property

   def length(self):

       return (self.b - self.a)

   # Define the function to return the center of

   # the interval.

   "at"property

   def center(self):

       # Divide the first and the last value by

       # 2 to compute the center.

       return (self.a + self.b)/2

   # Define the function to check if the two intervals

   # intersect or not.

   def intersects(self, other):

       # Compute the absolute difference between the

       # centers of the two intervals and compare it with

       # the sum of the half lengths of the intervals

       # to check if they intersect or not.

       return abs(self.center - other.center) <= (self.length/2 + other.length/2)

The complete program to test the above class is as follows:

Note: No output is generated by the code since all the test cases have been passed successfully.

Code to copy:

# Import the required packages to test the class.

from nose.tools import assert_equal, assert_false, assert_true

# Define the class Interval.

class Interval(object):

   # Define the initializer.

   def __init__(self, a, b):

       # Set the minimum value as a and the maximum

       # value as b.

       self.a = min(a, b)

       self.b = max(a, b)

   # Define the function to return the length

   # of the interval.

   "at"property

   def length(self):

       return (self.b - self.a)

   # Define the function to return the center of

   # the interval.

   "at"property

   def center(self):

       # Divide the first and the last value by

       # 2 to compute the center.

       return (self.a + self.b)/2

   # Define the function to check if the two intervals

   # intersect or not.

   def intersects(self, other):

       # Compute the absolute difference between the

       # centers of the two intervals and compare it with

       # the sum of the half lengths of the intervals

       # to check if they intersect or not.

       return abs(self.center - other.center) <= (self.length/2 + other.length/2)

# Create different intervals to check the working

# of the above class using assert test cases.

i = Interval(3, 5)

assert_equal(i.length, 2)

i = Interval(3, 5)

assert_equal(i.center, 4)

i = Interval(2, 5)

j = Interval(6, 7)

assert_false(i.intersects(j))

assert_false(j.intersects(i))

k = Interval(4, 6)

assert_true(i.intersects(k))

assert_true(k.intersects(i))

m = Interval(0, 8)

assert_true(i.intersects(m))

assert_true(m.intersects(i))

Answer:

Explanation:

Let G denote an unambiguous Grammar capable of producing simple mathematical expressions, involving operators +,-,*,/. These operators are left associative (which ensures left to right evaluation). S is the start symbol of the Grammar i.e. the production starts from S. n denotes a number and is a terminal i.e. we can't produce anything further from n. Then, the solution is as follows :

S → S + T |S - T | S

T→T | F | T*F|F

F → n

Here, S, T and F are variables. Note that /,* have been given precedence over +,-.

An unambiguous grammar for basic mathematical expressions without parentheses can be created using operator precedence. It defines a set of production rules that ensure expressions are evaluated following the order of operations.

An unambiguous grammar for basic mathematical expressions without parentheses can be created using the concept of operator precedence. We can define a grammar where the multiplication and division operators have higher precedence than the addition and subtraction operators. This way, expressions will be evaluated following the order of operations.

For example, the grammar could be defined as follows:

This grammar allows for the creation of unambiguous mathematical expressions using the basic operators +, -, *, and /, without the need for parentheses. The evaluation of these expressions will follow the order of operations, with * and / taking precedence over + and -.

Answer:

5.99997

Explanation:

We can refer to Pipelining as an implementation technique where multiple instructions are overlapped in execution. The computer pipeline is divided in stages. Each stage completes a part of an instruction in parallel.

It increases instruction throughput

see attachment for the step by step solution

Answer:

A race condition is actually possible in this scenario.

Explanation:

A race condition is an undesirable situation that occurs when a device or system attempts to perform two or more operations at the same time. In order to prevent the race condition from occurring the operations must be done in the proper sequence to be done correctly.

Here is an example of the race condition:  Let's assume the Current Balance of the shared bank account is $600.  The husband's program calls the withdraw($100) function and accesses the Current Balance of $600.  But right before it stores the new Current Balance, the wife's program calls function deposit($100) function and accesses the Current Balance of $600.  At this point, the husband's program changes the shared variable Current Balance to $500, followed by the wife's program changing the Current Balance variable to $700.  Based on calling both withdraw($100) and deposit($100) functions, the Current Balance should again be $600, but it is $700. Alternatively, the  Current Balance could also have been $500.

To prevent the race condition from occurring, the solution will be to create a method to "Lock" on the Current Balance variable.  Each method must "Lock" the variable before accessing it and changing it.  If a method determines that the variable is "Locked," then it must wait before accessing it.

Answer:

Explanation:

The solution is written in Python 3.

Firstly, import the random module since we are going to simulate the random guess by computer. Next, we presume user set a target number 7 (Line 3). Create a counter variable to track the number of correct guess (Line 4).

Presume the computer will attempt one hundred times of guessing and we use randint to repeatedly generate a random integer between 1 - 10 as guess number (Line 6). If the guess number is equal to the target, increment count by one (Line 8-9).

Display the total number of right guess to terminal (Line 11).  

Answer:

Detailed program code is written at explaination

Explanation:

Program:

import java.io.File;

import java.io.FileWriter;

import java.io.IOException;

import java.util.Scanner;

public class InputTextToOutputFile

{

public static void main(String[] args) throws IOException

{

Scanner in=new Scanner(System.in);//Scanner object to get user input

System.out.println("What is the name of your output file? ");

String fileName = in.nextLine();//get output file name

File file = new File(fileName);//File object with fileName as input

//Create the file by method file.createNewFile()

if (file.createNewFile())

{

System.out.println("File is created!");

} else {

System.out.println("File already exists.");

}

//FileWriter object with user file name given as input

FileWriter writer = new FileWriter(file);

System.out.println("Enter text to write to a file : ");

String line;//variable to store line content

do {

line=in.nextLine();//get line content from user

writer.write(line+"\n"); //write content to file by adding new line(\n) character

}while(!line.equals("STOP!"));//repeat a loop until user enters "STOP!" line

writer.close();//close the file object

}

Final answer:

To solve this problem, use the Scanner class to get user input and the FileWriter and BufferedWriter classes to write to a file. Prompt the user for the output file name and write everything the user types to the file until they enter "STOP!"

Explanation:

In order to solve this problem in the class named InputTextToOutputFile.java, you can use the Scanner class to get user input. First, create a Scanner object to read user input from the console. Then, prompt the user with the message "What is the name of your output file?" and store their response in a variable called 'fileName'.

Next, you can use the FileWriter and BufferedWriter classes to create and write to a file. Open the output file using the 'fileName' variable, and create a FileWriter and BufferedWriter object to write to the file.

Now, you can use a while loop to continuously read user input and write it to the file until the input contains the string "STOP!". Inside the while loop, read the user input using the Scanner object, and use the BufferedWriter object to write the input to the file. Finally, outside of the while loop, write the string "STOP!" to the file and close the BufferedWriter object to ensure that all the data is written to the file.

Answer:

import java.util.Scanner;

public class num8 {

   public static void main(String[] args) {

       Scanner in = new Scanner(System.in);

       System.out.println("Enter first number");

       int X = in.nextInt();

       System.out.println("Enter second number");

       int Y = in.nextInt();

       int Z;

       if(X <= Y){

           Z = 0;

       }

       else if(X >= Y){

           Z = 1;

       }

   }

}

Explanation:

Answer:

#The program sets Z to 0 if the X <= Y. otherwise sets Z to 1 , if the X > Y.

clear Z; # sets Z to 0

clear U; # sets U to 0

clear V; # sets v to 0

clear T; # sets T to 0

while Y not 0 # repeat until Y times

# process to decrement Y by 1

while Y not 0

incr U;

decr Y;

decr U;

while U not 0

incr Y;

decr U;

#process to decrement X by 1

while X not 0

incr V

decr X;

while V not 0

decr V;

while V not 0

incr T;

decr V;

while T not 0

incr X

decr T

#end of main while loop

#after running the main while loop, X will be positive and non - zero number, # #if X > Y. otherwise X and Y will be zero.

#process to increment Z by 1, if X is positive and non - zero number

while X not 0

while X not 0

decr X;

incr Z;

#end of while

Explanation:

The program is totakes in as input two variables X and Y.

The main function of the program is to return or place a 0 in the variable Z if the variable X is less than or equal to Y, and place a 1 in the variable Z if the variable X is greater than Y.

When these conditions are met, end program.

Answer:

Check the explanation

Explanation:

//Define the class.

public class Loan implements java.io.Serializable {

//Define the variables.

private static final long serialVersionUID = 1L;

private double annualInterestRate;

private int numberOfYears;

private double loanAmount;

private java.util.Date loanDate;

//Define the default constructor.

public Loan() {

this(2.5, 1, 1000);

}

//Define the multi argument constructor.

protected Loan(double annualInterestRate, int numberOfYears,

double loanAmount) {

this.annualInterestRate = annualInterestRate;

this.numberOfYears = numberOfYears;

this.loanAmount = loanAmount;

loanDate = new java.util.Date();

}

//Define the getter and setter method.

public double getAnnualInterestRate() {

return annualInterestRate;

}

public void setAnnualInterestRate(double annualInterestRate) {

this.annualInterestRate = annualInterestRate;

}

public int getNumberOfYears() {

return numberOfYears;

}

public void setNumberOfYears(int numberOfYears) {

this.numberOfYears = numberOfYears;

}

public double getLoanAmount() {

return loanAmount;

}

public void setLoanAmount(double loanAmount) {

this.loanAmount = loanAmount;

}

//Define the method to compute the monthly payment.

public double getMonthlyPayment() {

double monthlyInterestRate = annualInterestRate / 1200;

double monthlyPayment = loanAmount * monthlyInterestRate / (1 -

(Math.pow(1 / (1 + monthlyInterestRate), numberOfYears * 12)));

return monthlyPayment;  

}

//Define the method to get the total payment.

public double getTotalPayment() {

double totalPayment = getMonthlyPayment() * numberOfYears * 12;

return totalPayment;  

}

public java.util.Date getLoanDate() {

return loanDate;

}

}

//Define the client class.

public class ClientLoan extends Application {

//Create the server object.

ServerLoan serverLoan;

//Declare the variables.

int y;

double r, a, mp=0, tp=0;

String result,d1;

//Create the button.

Button b = new Button("Submit");

//Define the method stage.

public void start(Stage primaryStage) throws Exception {

TimeZone.setDefault(TimeZone.getTimeZone("EST"));

TimeZone.getDefault();

d1 = "Server Started at " +new Date();

//Create the GUI.

Label l1=new Label("Annual Interest Rate");

Label l2 = new Label("Number Of Years:");

Label l3 = new Label("Loan Amount");

TextField t1=new TextField();

TextField t2=new TextField();

TextField t3=new TextField();

TextArea ta = new TextArea();

//Add the components in the gridpane.

GridPane root = new GridPane();

root.addRow(0, l1, t1);

root.addRow(1, l2, t2, b);

root.addRow(5,l3, t3);

root.addRow(6, ta);

//Add gridpane and text area to vbox.

VBox vb = new VBox(root, ta);

//Add vbox to the scene.

Scene scene=new Scene(vb,400,250);

//Add button click event.

b.setOnAction(value -> {

//Get the user input from the text field.

r = Double.parseDouble(t1.getText());

y = Integer.parseInt(t2.getText());

a = Double.parseDouble(t3.getText());

//Create the loan class object.

Loan obj = new Loan(r, y, a);

//Call the method to compute the results.

mp = obj.getMonthlyPayment();

tp = obj.getTotalPayment();

//Format the results.

result = "Annual Interest Rate: "+ r+"\n"+

"Number of Years: "+y+"\n"+

"Loan Amount: "+a+"\n"+

"monthlyPayment: "+mp+"\n"+

"totalPayment: "+tp;

//Add the result to the textarea.

ta.setText(result);

//Create an object of the server class.

serverLoan = new ServerLoan(this);

});

//Set the scene to the stage.

//Set the stage title.

//Make the scene visible.

primaryStage.setScene(scene);

primaryStage.setTitle("ClientLoan");

primaryStage.show();

}

//Define the main method lauch the application.

public static void main(String args[])

{  

launch(args);

}

//Define the server class.

class ServerLoan extends Stage {

//Create the client loan object.

ClientLoan parent;

//Create the stage object.

Stage subStage;

//Create the text area.

TextArea ta = new TextArea();

//Define the constructor.

private ServerLoan(ClientLoan aThis) {

//Get the time in desired timezone.

TimeZone.setDefault(TimeZone.getTimeZone("EST"));

TimeZone.getDefault();

//Format the date with message.

String d2 = "Connected to client at " +new Date();

//Initialize the object.

parent = aThis;

//Add the date and the result to

//the text area.

ta.setText(d1);

ta.appendText("\n"+ d2);

ta.appendText("\n"+result);

//Create the grouppane.

GridPane root = new GridPane();

//Add text area to the group pane.

root.addRow(0, ta);

//Initialise the stage object.

subStage = new Stage();

//Add gridpane to the scene.

Scene scene = new Scene(root, 400, 200);

//Set the scene to the stage.

//Set the stage title.

//Make the scene visible.

subStage.setScene(scene);

subStage.setTitle("ServerLoan");

subStage.show();

}

}

}

Kindly check the Output in the attached image below.

Answer:

see explaination

Explanation:

Program code below:

oan.java:

//Define the class.

public class Loan implements java.io.Serializable {

//Define the variables.

private static final long serialVersionUID = 1L;

private double annualInterestRate;

private int numberOfYears;

private double loanAmount;

private java.util.Date loanDate;

//Define the default constructor.

public Loan() {

this(2.5, 1, 1000);

}

//Define the multi argument constructor.

protected Loan(double annualInterestRate, int numberOfYears,

double loanAmount) {

this.annualInterestRate = annualInterestRate;

this.numberOfYears = numberOfYears;

this.loanAmount = loanAmount;

loanDate = new java.util.Date();

}

//Define the getter and setter method.

public double getAnnualInterestRate() {

return annualInterestRate;

}

public void setAnnualInterestRate(double annualInterestRate) {

this.annualInterestRate = annualInterestRate;

}

public int getNumberOfYears() {

return numberOfYears;

}

public void setNumberOfYears(int numberOfYears) {

this.numberOfYears = numberOfYears;

}

public double getLoanAmount() {

return loanAmount;

}

public void setLoanAmount(double loanAmount) {

this.loanAmount = loanAmount;

}

//Define the method to compute the monthly payment.

public double getMonthlyPayment() {

double monthlyInterestRate = annualInterestRate / 1200;

double monthlyPayment = loanAmount * monthlyInterestRate / (1 -

(Math.pow(1 / (1 + monthlyInterestRate), numberOfYears * 12)));

return monthlyPayment;

}

//Define the method to get the total payment.

public double getTotalPayment() {

double totalPayment = getMonthlyPayment() * numberOfYears * 12;

return totalPayment;

}

public java.util.Date getLoanDate() {

return loanDate;

}

}

ClientLoan.java:

package application;

//Import the required packages.

import java.util.Date;

import java.util.TimeZone;

import javafx.application.Application;

import static javafx.application.Application.launch;

import javafx.scene.Scene;

import javafx.scene.control.Button;

import javafx.scene.control.Label;

import javafx.scene.control.TextArea;

import javafx.scene.control.TextField;

import javafx.scene.layout.GridPane;

import javafx.scene.layout.VBox;

import javafx.stage.Stage;

//Define the client class.

public class ClientLoan extends Application {

//Create the server object.

ServerLoan serverLoan;

//Declare the variables.

int y;

double r, a, mp=0, tp=0;

String result,d1;

//Create the button.

Button b = new Button("Submit");

//Define the method stage.

public void start(Stage primaryStage) throws Exception {

TimeZone.setDefault(TimeZone.getTimeZone("EST"));

TimeZone.getDefault();

d1 = "Server Started at " +new Date();

//Create the GUI.

Label l1=new Label("Annual Interest Rate");

Label l2 = new Label("Number Of Years:");

Label l3 = new Label("Loan Amount");

TextField t1=new TextField();

TextField t2=new TextField();

TextField t3=new TextField();

TextArea ta = new TextArea();

//Add the components in the gridpane.

GridPane root = new GridPane();

root.addRow(0, l1, t1);

root.addRow(1, l2, t2, b);

root.addRow(5,l3, t3);

root.addRow(6, ta);

//Add gridpane and text area to vbox.

VBox vb = new VBox(root, ta);

//Add vbox to the scene.

Scene scene=new Scene(vb,400,250);

//Add button click event.

b.setOnAction(value -> {

//Get the user input from the text field.

r = Double.parseDouble(t1.getText());

y = Integer.parseInt(t2.getText());

a = Double.parseDouble(t3.getText());

//Create the loan class object.

Loan obj = new Loan(r, y, a);

//Call the method to compute the results.

mp = obj.getMonthlyPayment();

tp = obj.getTotalPayment();

//Format the results.

result = "Annual Interest Rate: "+ r+"\n"+

"Number of Years: "+y+"\n"+

"Loan Amount: "+a+"\n"+

"monthlyPayment: "+mp+"\n"+

"totalPayment: "+tp;

//Add the result to the textarea.

ta.setText(result);

//Create an object of the server class.

serverLoan = new ServerLoan(this);

});

//Set the scene to the stage.

//Set the stage title.

//Make the scene visible.

primaryStage.setScene(scene);

primaryStage.setTitle("ClientLoan");

primaryStage.show();

}

//Define the main method lauch the application.

public static void main(String args[])

{

launch(args);

}

//Define the server class.

class ServerLoan extends Stage {

//Create the client loan object.

ClientLoan parent;

//Create the stage object.

Stage subStage;

//Create the text area.

TextArea ta = new TextArea();

//Define the constructor.

private ServerLoan(ClientLoan aThis) {

//Get the time in desired timezone.

TimeZone.setDefault(TimeZone.getTimeZone("EST"));

TimeZone.getDefault();

//Format the date with message.

String d2 = "Connected to client at " +new Date();

//Initialize the object.

parent = aThis;

//Add the date and the result to

//the text area.

ta.setText(d1);

ta.appendText("\n"+ d2);

ta.appendText("\n"+result);

//Create the grouppane.

GridPane root = new GridPane();

//Add text area to the group pane.

root.addRow(0, ta);

//Initialise the stage object.

subStage = new Stage();

//Add gridpane to the scene.

Scene scene = new Scene(root, 400, 200);

//Set the scene to the stage.

//Set the stage title.

//Make the scene visible.

subStage.setScene(scene);

subStage.setTitle("ServerLoan");

subStage.show();

}

}

}

Answer:

Explanation:

CHECK THE ANSWER IN THE ATTACHMENT CORNNER

Answer:

See the components in explaination

Explanation:

In order to make it as IPv6, few key components should be supported, those components are given below:

The infrastructure must support the enhanced protocol StateLess Address Auto-Configuration (SLAAC).

Static addressing with DHCPv6, dynamic addressing with DHCPv6 and SLAAC are the methods used to configure the IPv6. The network administrator should able to understand and implement the IPv6 through the DHCPv6.

Other than the implementation, working of IPv4 and IPv6 are same. Therefore, the administrator need not to learn new information for its working.

As the IPv6 address length is 128-bit and purpose is for everything on line to have an IP address. It must allow the internet to expand faster devices to get internet access quickly.

The DHCPv6 is not supported by all windows. Therefore, network administrator should check the corresponding Operating system (OS) would support the DHCPv6 for IPv6.

The network administrator must have good knowledge and skills on the IPv6.

The above mentioned key components should be verified by the network administrator in order to support for IPv6 project with DHCPv6.

Answer:

see explaination

Explanation:

Java code

//Header file section

import java.util.Scanner;

import java.io.*;

//main class

public class SalesTestDemo

{

//main method

public static void main(String[] args) throws IOException

{

String inFile;

String line;

double total = 0;

Scanner scn = new Scanner(System.in);

//Read input file name

System.out.print("Enter input file Name: ");

inFile = scn.nextLine();

FileReader fr = new FileReader(new File(inFile));

BufferedReader br = new BufferedReader(fr);

System.out.println("Name \t\tService_Sold \tAmount \tEvent Date");

System.out.println("=====================================================");

line = br.readLine();

//Each line contains the following, separated by semicolons:

//The name of the client, the service sold

//(such as Dinner, Conference, Lodging, and so on)

while(line != null)

{

String temp[] = line.split(";");

for(int i = 0; i < temp.length; i++)

{

System.out.print(temp[i]+"\t");

if(i == 1)

System.out.print("\t");

}

//Calculate total amount for each service category

total += Double.parseDouble(temp[2]);

System.out.println();

line = br.readLine();

}

//Display total amount

System.out.println("\nTotal amount for each service category: "+total);

}

}

inputSale.txt:

Peter;Dinner;1500;30/03/2016

Bill;Conference;100.00;29/03/2016

Scott;Lodging;1200;29/03/2016

Output:

Enter input file Name: inputSale.txt

Name Service_Sold Amount Event Date

=====================================================

Peter Dinner 1500 30/03/2016

Bill Conference 100.00 29/03/2016

Scott Lodging 1200 29/03/2016

Total amount for each service category: 2800.0

Answer:

Explanation:

Attached is the solution

Answer:

Check the explanation

Explanation:

The code will be

name=input('Enter file name:')

ls=open(name,'r').read().split('\n')

count=0;sums=0

for i in range(ls):

sums+=int(i)

count+=1

print('There were {} numbers in the file'.format(count))

print('The average is {}'.format(sums/count))

The output is

Answer:

Check the explanation

Explanation:

Number of 4 TB hard drive need = 32/4 = 8 and cost = 200*8 = $1600

Number of 6 TB hard drive need = max(32/6) = 6 and cost = 250*6 = $1500

Number of 8 TB hard drive need = 32/8 = 4 and cost = 300*4 = $1200

Number of 10 TB hard drive need = 32/10 = 4 and cost = 350*4 = $1400

Hence using 4 hard drive of 8 TB will minimize the cost.

Answer:

Back injuries are some of the most common injuries that occur when handling heavy objects, for example, when working in truck loading and unloading jobs, or lifting weights in a gym.

This type of injury is mainly caused by incorrect posture or body position when handling these weights. In essence, it is recommended that the back remain rigid and upright to avoid pressure on the lumbar zone and the cervical discs, transferring the center of force towards the legs (which have a capacity to exert much greater force than the mid-torso and back area). low).

In this way, the torque or upward pushing force that lifts the manipulated weights arises from the hamstrings and quadriceps, rather than directly out of the waist area. This prevents injuries such as herniated disc or low back pain, which are very painful and difficult to treat.

Answer:

seeexplaination

Explanation:

Code(header file):

#ifndef THROTTLESHIFTLVEL_H

#define THROTTLESHIFTLVEL_H

class throttle

{

int position;

public:

throttle()

{

position = 0;

}

// specify the number of shift levels when creating objects

throttle(int level)

{

position = level;

}

void shut_off()

{

position = 0;

}

void shift(int amount)

{

if(amount >= 0)

position = position + amount;

}

double flow() const

{

return position;

}

bool is_on() const

{

if (position > 0)

return true;

else

false;

}

};

#endif

Please kindly check attachment for screenshot

Final answer:

To create a new throttle ADT with a customizable number of shift levels, define the class with an additional parameter in the constructor. Provide methods for shifting the throttle to a specific level and releasing it.

Explanation:

The modified definition of the throttle class to create a new throttle ADT, which allows the user to specify the number of shift levels, can be written as follows:

class Throttle:

   def __init__(self, shift_levels):
       self.shift_levels = shift_levels

   def shift(self, level):
       # shift the throttle to the specified level
       pass

   def release(self):
       # release the throttle
       pass

Answer:

String date = "21/05/2020";

String dayStr = date.substring(0,2);

int day = Integer.parseInt(dayStr);

System.out.println(day);

Explanation:

Create a variable called date which holds the current date

Create a variable called dayStr. Initialize it to the day part of the date using the substring method

Create a variable called day. Parse the dayStr and assign it to the day

Print the day