application of computer in insurance​

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:

Answer:

The company effectively implemented patch management.

Explanation:

From the question we are informed about a scenario whereby A major software company finds that code has been executed on an infected machine in its operating system. As a result, the company begins working to manage the risk and eliminates the vulnerability 12 days later. In this case The company effectively implemented patch management. Patch management can be regarded as process involving distribution and application of updates to software. The patches helps in error correction i.e the vulnerabilities in the software. After the release of software, patch can be used to fix any vulnerability found. A patch can be regarded as code that are used in fixing vulnerabilities

Answer:

input devices?

Explanation:

Keyboard: It is used to give input through typing of the keys in keyboard. Mouse: It is used to give input through clicking mouse or selecting the options. System unit: It collectively defines the motherboard and CPU of the computer.

The keyboard, mouse, display, and system units are the four main components of a computer system.

Given that,

The devices are Keyboard, Mouse, Display, and System units.

A computer comprises hardware and software.

The hardware is the devices that are used for the input and output of the data.

The software is the devices that are integrated into the devices of the computer. This processes the data and provides the result.

The output devices show the result of our actions on the computer. Example: Screen.

The storage devices are used to store the data which are given as input. Example: Hard disk.

Thus, these all come under the hardware devices of the computer.

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Answer:

si la pusiera en español te pudiera responer

Answer:

the data are continuous because the data can take any value in an interval.

Answer:

In C++:

#include <iostream>

using namespace std;

int main(){

   int myArray[10] = {000, 101, 202, 303, 404, 505, 606, 707, 808, 909};

   int num;

   bool found = false;

   cout<<"Search for: ";

   cin>>num;

   for(int i = 0;i<10;i++){

       if(myArray[i]==num){

           found = true;

           break;

       }

   }

   if(found){ cout<<"found"; }

   else { cout<<"not found"; }

   return 0;

}

Explanation:

This line initializes the array

int myArray[10] = {000, 101, 202, 303, 404, 505, 606, 707, 808, 909};

This line declares num as integer

   int num;

This initializes boolean variable found to false

   bool found = false;

This prompts user for input

   cout<<"Search for: ";

This gets user input

   cin>>num;

This iterates through the array

   for(int i = 0;i<10;i++){

This checks if num is present in the array

       if(myArray[i]==num){

If yes, found is updated to true

           found = true;

And the loop is exited

           break;

       }

   }

If found is true, print "found"

   if(found){ cout<<"found"; }

If found is false, print "not found"

   else { cout<<"not found"; }

Answer:

Here you go :)

Explanation:

(This also works for strings as well)

usr = input("Enter a number: ")

usr = list(usr)

for n in range(len(usr)):

   print(usr[n], end= " ")

The program that reads in an integer and breaks it into a sequence of individual digits is in the explanation part.

Programming tasks include analysis, algorithm generation, algorithm accuracy and resource consumption profiling, and algorithm implementation.

Computer programming is the process of writing code that instructs a computer, application, or software program on how to perform specific actions.

Here is a Python program that reads in an integer and breaks it into a sequence of individual digits:

num = input("Enter a positive integer with no more than five digits: ")

if num.isdigit() and len(num) <= 5:

   for digit in num:

       print(digit, end=' ')

else:

   print("Invalid input!")

Thus, this program first prompts the user to enter a positive integer with no more than five digits.

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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: a

Explanation:

Just took the test

Answer:

1. an organization

2. emails

3. accept

4. to-do list

Explanation: edge

Answer:Use the drop-down menus to complete statements about assigning tasks in Outlook.

A Task Request form is an interactive way to assign tasks to

✔ Outlook users

and report updates on the status of an assigned task.

An assigned task sends

✔ an email

request for the user to accept or decline and sends

✔ an automated response message

to the assigner.

Explanation:

Answer:

See Explanation

Explanation:

Q13. Line that caused the segmentation fault?

The segmentation fault was caused by line 15 i.e. scanf("%d",input);

Q14. How the line was fixed?

The reason for the segmentation fault is that the instruction to get input from the user into the integer variable "input" was not done correctly.

The correction to this is to modify scanf("d",input) to scanf("%d",input);

Q15. The bug?

The bug is that the method needs to return two value; the sum of the inputted numbers and the count of the inputted numbers.

However. it only returns the count of the inputted number.

So, the average is calculated as: 0/count, which will always be 0

How it was fixed?

First, change the method definition to: void and also include an array as one of its parameters.

void read_values(double sum, double arr []) {

Next:

assign sum to arr[0] and values to arr[1]

In the main method:

Declare an array variable: double arr [2];

Call the read_values function using: read_values(sum,arr);

Get the sum and values using:

sum = arr[0];

values = arr[1];

Lastly, calculate and print average:

printf("Average: %g\n",sum/values);

See attachment for complete modified program

Answer:

The output is: Your cost is  100

Explanation:

Given

The above code snippet

and

[tex]cost = 100[/tex]

Required

Determine the output of the code

if cost < 70 or cost > 150

The above condition checks if cost is less than 70 or cost is greater than 150

This condition is false because 100 is neither less than 70 nor is it greater than 150

So, the else statement will be executed.

discount = cost

Which means

discount = 100

So, the print instruction will print: Your cost is  100

Answer:

Follows are the code to this question:

#include <iostream>//defining a header file

using namespace std;

int roll()//defining a method roll

{

return 1+(rand() %5);//use return keyword that uses a rand method

}

int main()//defining main method

{

cout<<roll();//calling roll method that print is value

return 0;

}

Output:

4

Explanation:

In this code,  the "roll" method is defined, that uses the rand method with the return keyword, that returns the value between 1 to 6, and in the next step, the main method is declared, that uses the print method to calls the roll method.

Answer:

maybe try Y o u t u b e

Explanation:

sometimes they have full episodes of shoes on there for free

Answer:

???????????uhhh text change..?

Explanation:

Answer:

being creative

Explanation:

cause y not?

Answer:

Reasons what bar graph is used for.

Explanation:

Bars are shown to compare and contrast data in a bar graph. For example, a data was collected through survey of average rainfall. It represents many unique categories by having many different groups. Those groups are plotted on the x-axis and on the y-axis, the measurements are plotted, like inches.

Hope this helps, thank you !!

Answer:

Following are the code to this question:

#include <iostream>//header file

using namespace std;

int main()//main method

{

   int axb[100];//defining 1-array of 100 elements

   int odd_axb[100], even_axb[100];//defining two array that holds 100-elements

   int i,size=0,size1=0;

   for(i = 0; i < 100; i++)//defining for loop to assign value in array

   {

       axb[i] = rand() % 100 + 1;//using rand method to assign value with random numbers between 1 and 100

   }

   for(i = 0; i < 100; i++)//defining for loop that seprates array value in odd and even array

   {

       if(axb[i] % 2 == 0)//checking even condition  

       {

           even_axb[size++] = axb[i];//holding even number

       }

       else//else block

       {

           odd_axb[size1++] = axb[i];//holding Odd number

       }

   }

   //printing values

   cout << "Odd array: ";//print message  

   for(i = 0; i <size1; i++)//use for loop for print odd numbers

   {

   cout << odd_axb[i]<<" ";//printing values

   }

   cout <<"\n\n"<< "Even array: ";//print message

   for(i = 0; i <size; i++)//use for loop for print even_axb numbers

   {

       cout << even_axb[i] << " ";//printing values

   }

   return 0;

}

Output:

Odd array: 87 87 93 63 91 27 41 27 73 37 69 83 31 63 3 23 59 57 43 85 99 25 71 27 81 57 63 71 97 85 37 47 25 83 15 35 65 51 9 77 79 89 85 55 33 61 77 69 13 27 87 95  

Even array: 84 78 16 94 36 50 22 28 60 64 12 68 30 24 68 36 30 70 68 94 12 30 74 22 20 38 16 14 92 74 82 6 26 28 6 30 14 58 96 46 68 44 88 4 52 100 40 40

Explanation:

In the above-program, three arrays "axb, odd_axb, and even_axb" is defined, that holds 100 elements in each, in the next step, three integer variable "i, size, and size1" is defined, in which variable "i" used in the for a loop.

In the first for loop, a rand method is defined that holds 100 random numbers in the array, and in the next, for-loop a condition statement is used that separates even, odd number and store its respective array, and in the last for loop, it prints its store values  

Answer:

Written in Python:

def insert_string_multiple_times(str1,indto,str2,count):

   splitstr = str1[:indto]

   for i in range(count):

       splitstr+=str2

   splitstr +=str1[indto:]

   print(splitstr)

Explanation:

This line defines the method

def insert_string_multiple_times(str1,indto,str2,count):

In the above definition:

str1 represents the string

indto represents index to insert a new string

str2 represents the new string to insert

count represents the number of times str2 is to be inserted

This gets the substring from the beginning to indto - 1

   splitstr = str1[:indto]

This performs an iterative operation

   for i in range(count):

This appends str2 to the first part of the separated string

       splitstr+=str2

This appends the remaining part of the separated string        

   splitstr +=str1[indto:]

This prints the new string

   print(splitstr)

Answer:

In Python:

import random

def average(content):

sum = 0

for i in range(0, len(content)):  

 content[i] = int(content[i])

 sum = sum + content[i]

print("Average: "+str(round(sum/len(content),2)))

def maxList(content):

print("Highest: "+str(max(content)))

def minList(content):

print("Lowest: "+str(min(content)))

f = open("YourName_randomnumbers.txt", "w")

num = int(input("Random Numbers: "))

if num < 100:

num = 100

for i in range(1,num+1):

f.write(str(random.randint(10,500)))

f.write(" ")

f.close()

with open('YourName_randomnumbers.txt') as ff:

content = ff.read().split()

print("Entries: "+str(len(content)))

average(content)

maxList(content)

minList(content)

Explanation:

First, we import the random module

import random

The program uses functions. The first is the average function

def average(content):

This initializes sum to 0

sum = 0

This iterates through the list and adds up the list elements

for i in range(0, len(content)):

 content[i] = int(content[i])

 sum = sum + content[i]

This prints the average, rounded to 2 decimal places

print("Average: "+str(round(sum/len(content),2)))

The maxList function begins here

def maxList(content):

This gets and prints the highest of the list

print("Highest: "+str(max(content)))

The minList function begins here

def minList(content):

This gets and prints the lowest of the list

print("Lowest: "+str(min(content)))

The main begins here

This createa a file and prepares it for write operations

f = open("YourName_randomnumbers.txt", "w")

This prompts user for number of random numbers

num = int(input("Random Numbers: "))

If user input is less than 100

if num < 100:

It is set to 100

num = 100

The following iteration generates random numbers between 10 and 500 and inserts the random number to file

for i in range(1,num+1):

f.write(str(random.randint(10,500)))

f.write(" ")

Close file

f.close()

The following iteration reads the file content into a list

with open('YourName_randomnumbers.txt') as ff:

content = ff.read().split()

This prints the number of entries

print("Entries: "+str(len(content)))

The next three instructions calls the average, maxList and minList functions respectively

average(content)

maxList(content)

minList(content)

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:

Explanation:

h1 i think

Answer:

Explanation:

The following code is written in Python and creates a class called customer which holds the customers name, purchase history amount, and current total. It also has 3 functions, a constructor that takes the customer name as a parameter. The add_to_cart function which increases the amount of the current total. And finally the checkout function which applies the available coupon and resets the variables if needed, as well as prints the info the to screen.

class Customer():

   customer = ""

   purchased_history = 0

   current_total = 0

   def __init__(self, name):

       self.customer = name

   def add_to_cart(self, amount):

       self.current_total += amount

   def checkout(self):

       if self.purchased_history >= 100:

           self.current_total *= 0.90

           self.purchased_history = 0

       else:

           self.purchased_history += self.current_total

       print(self.customer + " current total is: $" + str(self.current_total))

       self.current_total = 0

New Validation Methods  meets is most likely to suit Ahmed's requirements.

Python validation protects third-party users from mistakenly or maliciously misusing code. It may be used to determine whether or not the input data type is valid. It may be used to see if the provided input has any incorrect values. Validation may be classified into four types:

Validation in the future.

Validation at the same time.

Validation retroactively.

Revalidation (Periodic and After Change) (Periodic and After Change)

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Answer

Tough question.

i dont know

Explanation:

Answer:

I think its contains, but i would ask on stack overflow.

Explanation:

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: