Write a split_check function that returns the amount that each diner must pay to cover the cost of the meal. The function has 4 parameters: bill: The amount of the bill. people: The number of diners to split the bill between. tax_percentage: The extra tax percentage to add to the bill. tip_percentage: The extra tip percentage to add to the bill.

Answer:

A printer is connected locally on Computer1 and is shared on the network. Computer2 installs the shared printer and connects to it. Computer1 considers the printer to be a(n) _____local___________ printer, and Computer2 considers the printer to be a(n) _____network___________ printer.

Explanation:

Any printer installed directly to Computer 1 is a local printer.  If this printer is then shared with computers 2 and 3 in a particular networked environment, it becomes a shared printer.  For these other computers 2 and 3, the shared printer is a network printer, because it is not locally installed in each of them.  There may be some features which network computers cannot use on a shared printer, especially if the printer can scan documents.

Answer:

alphabet = "abcdefghijklmnopqrstuvwxyz"

test_dups = ["zzz","dog","bookkeeper","subdermatoglyphic","subdermatoglyphics"]

test_miss = ["zzz","subdermatoglyphic","the quick brown fox jumps over the lazy dog"]

# From Section 11.2 of: # Downey, A. (2015). Think Python: How to think like a computer scientist. Needham, Massachusetts: Green Tree Press.

def histogram(s):

   d = dict()

   for c in s:

       if c not in d:

           d[c] = 1

       else:

           d[c] += 1

   return d

#Part 1 Write a function called has_duplicates that takes a string parameter and returns True if the string has any repeated characters. Otherwise, it should return False.

def has_duplicates(stringP):

   dic = histogram(stringP)

   for key,value in dic.items():

       if value>1:

           return True

   return False

# Implement has_duplicates by creating a histogram using the histogram function above. Write a loop over the strings in the provided test_dups list.

# Print each string in the list and whether or not it has any duplicates based on the return value of has_duplicates for that string.

# For example, the output for "aaa" and "abc" would be the following. aaa has duplicates abc has no duplicates Print a line like one of the above for each of the strings in test_dups.

print("***Implementation of has_duplicates fuction***")

for sTr in test_dups:

   if has_duplicates(sTr):

       print(sTr+": has duplicates")

   else:

       print(sTr+": has no duplicates")

#Part 2 Write a function called missing_letters that takes a string parameter and returns a new string with all the letters of the alphabet that are not in the argument string.

#The letters in the returned string should be in alphabetical order. Your implementation should use a histogram from the histogram function. It should also use the global variable alphabet.

#It should use this global variable directly, not through an argument or a local copy. It should loop over the letters in alphabet to determine which are missing from the input parameter.

#The function missing_letters should combine the list of missing letters into a string and return that string.

def missing_letters(sTr):

   missingLettersList = []

   dic = histogram(sTr)

   for l in alphabet:

       if l not in dic:

           missingLettersList.append(l)

   missingLettersList.sort()

   return "".join(missingLettersList)

#Write a loop over the strings in list test_miss and call missing_letters with each string. Print a line for each string listing the missing letters.

#For example, for the string "aaa", the output should be the following. aaa is missing letters bcdefghijklmnopqrstuvwxyz

#If the string has all the letters in alphabet, the output should say it uses all the letters.

#For example, the output for the string alphabet itself would be the following. abcdefghijklmnopqrstuvwxyz uses all the letters

#Print a line like one of the above for each of the strings in test_miss.

print("\n***Implementation of missing_letters fuction***")

for lTm in test_miss:

   sTr = missing_letters(lTm.replace(" ",""))

   if sTr!="":

       print(lTm+" is missing letters "+sTr)

   else:

       print(lTm +" uses all the letters")

Answer:

sports = ["football", "basketball", "volleyball", "baseball", "swimming"]

last = sports[-3:]

print(last)

Explanation:

*The code is in Python.

Create a list called sports

Create a variable called last and set it to the last three elements of the sports list using slicing

Print the last

Answer:

Because if you don't do it BIOS doesn't support it. ... In troubleshooting a boot problem what would be the point of disabling the quick boot feature in BIOS setup

Explanation:

Answer:

RAM is used to store programs and data the CPU needs. ROM has prerecorded data and is used to boot the computer

Explanation:

Answer:

<Head>the appears the "<body>" of a web page.

<Heading> the appears the body of the web page.

Explanation:<Head> it contains that provides the information about web page.

<Heading> it contains such as the title,date, summary.

<Heading> are the<h1>,<h2>,tags

it provides the title and subtitles of the web page.

<Heading>

</Heading>

Head is element is metadata.

Heading is element is actual element.

Answer:

Head>the appears the "<body>" of a web page.

<Heading> the appears the body of the web page.

Explanation:

Answer:

#include <iostream>

#include <iomanip>

using namespace std;

int main()

{

   double side, height;

   cout<<"Enter the length of one of the sides of the base: ";

   cin>>side;

   cout<<"Enter the height: ";

   cin>>height;

   double area = side * side;

   double volume = area * height / 3;

   cout<<"The area of the base of the pyramid is: "<<area<<endl;

   cout<<"The height of the pyramid is: "<<height<<endl;

   cout<<"The volume of the pyramid is: "<<fixed<<setprecision(2)<<volume<<endl;

   return 0;

}

Pseudocode:

Declare side, height

Get side

Get height

Set area = side * side

Set volume = area * height / 3

Print area

Print height

Print volume

Explanation:

Include <iomanip> to have two decimal places

Declare the side and height

Ask the user to enter side and height

Calculate the base area, multiply side by side

Calculate the volume using the given formula

Print area, height and volume (use fixed and setprecision(2) to have two decimal places)

Answer:

I am writing a C++ program. Let me know if you want the program in some other programming language.

#include <iostream> //to use input output functions

using namespace std; // to identify objects like cin cout

int main(){  //start of main() function body

int n; // number of asterisks

cout<<"how many asterisks do you want to print? "; //asks user how many asterisks it should print

   cin>>n; // reads the value of number of asterisks that user want to print

   for( int i=0; i< n; i++)    { //loop to display the number of asterisks in output

       printf("*");    } } // print * asterisks

Explanation:

I will explain how the for loop works.

Suppose the user entered 3 as number of asterisks that user wants to print.

So n=3

Now for loop has a variable i that is initialized to 0. For loop checks if the value of i is less than that of n. It is true because i=0 and n=3 and 0<3. So the body of the loop executes. This prints the first asterisk *

Then the value of i is incremented to 1 and becomes i=1

At next iteration loop again checks if value of i is less than n. It is true because i=1 and n=3 and 1<3. So the body of the loop executes. This prints the second asterisk **

Then the value of i is incremented to 1 and becomes i=2

At next iteration loop again checks if value of i is less than n. It is true because i=2 and n=3 and 2<3. So the body of the loop executes. This prints the third asterisk ***

Then the value of i is incremented to 1 and becomes i=3

At next iteration loop again checks if value of i is less than n. This time it evaluates to false because i=3 and n=3 so 3=3. So the loop ends and the output is

***

The output screenshot is attached.

Answer:

10 minutes

Explanation:

Answer:

nxlskshwhhwwlqlqoejebx znznxjslaa

Answer:

Software Updates, Computing Sources, No Coding, Relatively Inexpensive, Safeguards Data.

Explanation:

Answer:

Here is the JAVA program:

Items.java

public class Item {  // Item class

private String name, ph_num;  // class data members name to hold the name and ph_num stores the telephone numbers

public Item(String fullName, String PhoneNo){  //constructor of Item class , so fields full name and ph_num can be initialized when the object is created

name = fullName;  // holds the name field

ph_num = PhoneNo;}  //holds the telephone number

public String getFullName(){  // accessor method to get access to the name field

return name;}  //returns the name from directory

public String getPhoneNo(){  //accessor method to get access to the ph_nujm field

return ph_num; } } //returns the telephone number

Explanation:

LookupTable.java

public class LookupTable{  //class name

private ArrayList<Item> data;  // dynamic array list named data of Item class. This array list stores the names and telephone numbers from file

public LookupTable(){  //default constructor

data = new ArrayList<Item>();}  // creates an array list of Item type which holds the names and phone numbers

public void read(Scanner in){  // Scanner class object is created and this class is used to read input and the method reads the names and phone numbers

while(in.hasNext()){  // the loop moves through each line of the file. scanner class method hasNext checks for the tokens in the input

String name = in.nextLine();  // scans for the name in the input

String ph_num = in.nextLine();  //scans for the phone numbers in the input

data.add(new Item(name, ph_num));}}  // adds the names and phone number in to the Array list

public String lookup(String k){  //method looks up for an item in the table.  param k is the key to find . returns the value with the given key, or null if no       such item was found

String result = null;  //result initialized to to null

for(Item item: data){  //creates Item object and traverses the array list for each item i.e. name or phone numbers

if(k.equals(item.getFullName())){  //access the getFullName method through object item and checks if that name matches the key to find.

result = item.getPhoneNo();}}  //gets the corresponding phone number and assigns it to result variable

return result;}  //returns the result containing the phone number

public String reverseLookup(String v){  //Looks up an item in the table. param v is the value to find . returns the key with the given value, or null if no  such item was found. This method performs the lookup through phone number

String result = null;  //result is set to null to start

for(Item item: data){  //Traversing list through the for each item in data  

if(v.equals(item.getPhoneNo())){  //if the value of v is equal to the phone number accessed by using accessor method and object item

result = item.getFullName();}}  //accesses the corresponding name of that phone number and assigns it to the result

return result;}}  //returns the result                                

The data from directory file which contains the number and names. The LookupTable class has a method lookup which handles the lookups by names and the method reverseLookup that handles the lookups by phone number.  

Answer:

See below

Explanation:

Under this topic of functions, this question has been precisely answered in a word file and attached as an image herewith (in proper format). Visualizations and CEO incomes are some of the applications of this concept.

The response to this part shows the relation between total pay and raw compensation.

Hope that answers the question, have a great day!

Answer:

Image processing operations implemented with filtering include smoothing, sharpening, and edge enhancement.

Answer:

Because your movements, expressions, and posture are also a type of communication

Explanation:

Answer:

c. selection sort

Explanation:

The best way to sort the internet transactions data based on time and location is selection sort. The algorithms sorting technique is used to sort the complex data in computer programs. Shell sort is the technique which sorts the data apart from each other and reduces interval between them. Heap sort is sorting technique based on binary heap data structure. Radix sort is an integer sorting technique in algorithms.

Answer:

Op code table.

Explanation:

In Computer programming, an Op code is the short term for operational code and it is the single instruction which can be executed by the central processing unit (CPU) of a computer.

The conversion of symbolic op codes such as LOAD, ADD, and SUBTRACT to binary makes use of a structure called the Op code table. The Op code can be defined as a visual representation of the entire operational codes contained in a set of executable instructions.

An Op code table is arranged in rows and columns which basically represents an upper or lower nibble and when combined depicts the full byte of the operational code. Each cells in the Op code table are labeled from 0-F for the rows and columns; when combined it forms values ranging from 00-FF which contains information about CPU cycle counts and instruction code parameters.

Hence, if the operational code table is created and sorted alphabetically, the binary search algorithm can be used to find an operational code to be executed by the central processing unit (CPU).

Answer:

Following are the program to this question:

import java.util.*;//import package for user input

class Interest //defining class Interest

{

   static double rate_of_interest = 5.00;//defining static double varaibale  

   public static double Invest_value()//defining method Invest_value

   {

           double invest;//defining double variable invest

           Scanner inc = new Scanner(System.in);//creating Scanner class object  

           System.out.print("Enter investment value: ");

           invest = inc.nextDouble();//input value in invest variable

           return invest;//return invest value

  }

  public static double calculated_Amount(double invest)//defining method calculated_Amount that accept parameter

  {

           double amount;//defining double variable

           amount = invest+ (invest * (rate_of_interest/100));//use amount to calculat 5 % of invest value

           return amount;//return amount value

  }

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

   {

   double investment_value;//defining double variable

   investment_value= Invest_value();//use investment_value to hold method Invest_value value

   System.out.println("The 5% of the invest value: "+ calculated_Amount(investment_value));//use print method to print calculated_Amount value

  }

}

Output:

Enter investment value: 3000

The 5% of the invest value: 3150.0

Explanation:

In the above program a class "Interest", is defined inside the class a static double variable "rate_of_interest"  is declared that store a double value, in the next step, two methods "Invest_value and calculated_Amount" is declared.

In the "Invest_value" method, scanner class object is created for input value in the "invest" variable and the "calculated_Amount" accepts an "invest" value in its parameter and calculate its 5% and store its value in the "amount" variable.

Inside the main method, the "investment_value" is declared that holds the "Invest_value"  method value and pass the value in the "investment_value" variable in the "calculated_Amount" method and prints its return value.

Answer:

The program written in python is as follows;

import string

def easyCrypto(inputstring):

      for i in range(len(inputstring)):

             try:

                    ind = string.ascii_lowercase.index(inputstring[i])

                    pos = ind+1

                    if pos%2 == 0:

                           print(string.ascii_lowercase[ind-1],end="")

                    else:

                           print(string.ascii_lowercase[ind+1],end="")

             except:

                    ind = string.ascii_uppercase.index(inputstring[i])

                    pos = ind+1

                    if pos%2 == 0:

                           print(string.ascii_uppercase[ind-1],end="")

                    else:

                           print(string.ascii_uppercase[ind+1],end="")

anystring = input("Enter a string: ")

easyCrypto(anystring)

Explanation:

The first line imports the string module into the program

import string

The functipn easyCrypto() starts here

def easyCrypto(inputstring):

This line iterates through each character in the input string

      for i in range(len(inputstring)):

The try except handles the error in the program

             try:

This line gets the index of the current character (lower case)

                    ind = string.ascii_lowercase.index(inputstring[i])

This line adds 1 to the index

                    pos = ind+1

This line checks if the character is at even position

                    if pos%2 == 0:

If yes, it returns the alphabet before it

                           print(string.ascii_lowercase[ind-1],end="")

                    else:

It returns the alphabet after it, if otherwise

                           print(string.ascii_lowercase[ind+1],end="")

The except block does the same thing as the try block, but it handles uppercase letters

             except:

                    ind = string.ascii_uppercase.index(inputstring[i])

                    pos = ind+1

                    if pos%2 == 0:

                           print(string.ascii_uppercase[ind-1],end="")

                    else:

                           print(string.ascii_uppercase[ind+1],end="")

The main starts here

This line prompts user for input

anystring = input("Enter a string: ")

This line calls the easyCrypto() function

easyCrypto(anystring)

This question is incomplete because the options are missing; here are the options for this question:

Which of the following is the most effective way for Velma to save money each month?

A. Automatically reroute a portion of her paycheck to her savings account.

B. Manually deposit 10% of her paycheck in her savings account.

C. Pay all of her bills and then place the remaining money in her savings account.

D. Pay all of her bills and then place the remaining money in her piggy bank.

The correct answer to this question is A. Automatically reroute a portion of her paycheck to her savings account.

Explanation:

In this case, Velma needs to consistently save money for her vacation as this guarantees she will have the money for the trip. This means it is ideal every month she contributes consistently to her savings for the vacation.

This can be better be achieved by automatically rerouting a part of her paycheck for this purpose (Option A) because in this way, every month the money for the vacations will increase and the amount of money will be consistent, which means Velma will know beforehand the money she will have for the vacation. Moreover, options such as using a piggy bank or paying the bills and using the rest for her savings, do not guarantee she will contribute to the savings every month, or she will have the money she needs at the end.

Answer:

This is the instance method inc_num_kids()

def inc_num_kids(self):

       self.num_kids += 1

Explanation:

The first line is the definition of function inc_num_kids() which has a parameter self. self is basically an instance of  class PersonInfo

self.num_kids += 1 this statement incremented the data member num_kids by 1. This means that the instance method inc_num_kids, using instance self, increments the value of num_kids data member by 1.

The complete program is as following:

class PersonInfo:  #class name PersonInfo

   def __init__(self):   #constructor of the class

       self.num_kids = 0  # data member num_kids

   def inc_num_kids(self):  # method inc_num_kids

       self.num_kids += 1  #increments num_kids by 1

person1 = PersonInfo()  #creates object person of class PersonInfo

print('Kids:', person1.num_kids)  # prints num_kids value before increment

person1.inc_num_kids()  #calls inc_num_kids method to increment num_kids

print('New baby, kids now:', person1.num_kids) #prints the value of num_kids after increment by inc_num_kids method

The person1 object first access the initial value of num_kids initialized by the constructor. So the first value of num_kids is 0. self.num_kids = 0  This statement assigns the value 0 to num_kids data member. Next the method inc_num_kids() using the object person1. Now when this method is called the value of data member num_kids is incremented to 1.

So previously the value was 0 which now increments by 1 and becomes 1. Last print statement displays this new value which is incremented by the inc_num_kids() method.

Hence the output is:

Kids: 0

New baby, kids now: 1

The program along with its output is attached.

In this exercise we have to use the knowledge of computational language in python to describe a code, like this:

The code can be found in the attached image.

To make it easier the code can be found below as:

class PersonInfo:  

  def __init__(self):  

      self.num_kids = 0  

  def inc_num_kids(self):  

      self.num_kids += 1  

person1 = PersonInfo()

print('Kids:', person1.num_kids)  

person1.inc_num_kids()

print('New baby, kids now:', person1.num_kids)

See more about python at brainly.com/question/26104476

Answer:

1. Yes

2. No

Explanation:

1 Note that the term BIOS (Basic input and Output System) refers to instructions that controls a computer device operations. Thus, devices that shows up in BIOS should be in device manager.

2. Not all devices listed in devcie manager of a computer system will be listed in BIOS.

Answer:

Natural language processing

Explanation:

NLP, because many people can use a device better when they can talk to it just like it is another person. Some systems that use an NLP are voice assistants such as Alexa and Siri.

Answer:

It is a C++ program  :

#include <iostream>  // to use input output functions

using namespace std;  //to identify objects like cin cout

//following are the prototypes for the four functions placed above main

void displayMenu();  

void findSquareArea();  

void findCircleArea();

void findTriangleArea();

//definition for constant PI out of main

const float PI = 3.14159;  

int main(){  //start of main function

displayMenu(); //calls displayMenu() method

}

  void displayMenu(){  // to make user selection and calls relevant function to compute area according to the choice of user

int selection=0;  //to choose from 4 options

cout<<"Program to calculate areas of objects:\n" ;  //displays this message at start

do  {  //this loop asks user to enter a choice and this continues to execute and calculate depending on users choice until user enters 4 to exit

cout<<"\n1.Square \n2.Circle \n3.Right Triangle \n4.Quit";

cout<<"\nEnter your choice:";  //prompts user to enter choice

cin>>selection;  //reads the input choice

if(selection==1)  //if user enters 1

{  //computes area of square by calling findSquareArea

findSquareArea();  //function call to the findSquareArea function

}  

else if(selection==2)  //if user enters 2

{  //computes area of circle by calling findCircleArea

findCircleArea();  //function call to the findCircleArea function

}  

else if(selection==3)   //if user enters 3

{  //computes area of triangle by calling findTriangleArea

findTriangleArea();  //function call to the findTriangleArea function

}  

else if(selection==4)   //if user enters 4

{  

cout<<"\nTerminating!!.";  //exits after displaying this message

break;

}

else  // displays the following message if user enters anything other than the given choices

{

cout<<"\nInvalid selection";  //displays this message

}

}

while(1);  

}  

void findSquareArea(){  //function definition. this function has no parameters

float area=0.0;  //variable to store the area of square

float side=0;  //local variable of this method that stores value of side of square

cout<<"\nLength of side: ";  //prompts user to enter length of side

cin>>side;  //reads value of side from user

area=side*side;  //formula to compute area of square and result is assigned to area variable

cout<<"\nArea of Square: "<<area<<endl;   //displays are of the square

}  

void findCircleArea(){  //function definition. this function has no parameters

float area=0.0;  //variable to store the area of square

float radius=0.0;  //local variable of this method that stores value of radius of circle

cout<<"\nRadius of circle: ";  //prompts user to enter radius of circle

cin>>radius;  // reads input value of radius

area=PI*radius*radius;  //formula to compute area of circle

cout<<"\nArea of circle: "<<area<<endl;}  //displays are of the circle

void findTriangleArea(){  //function definition. this function has no parameters

   float area=0.0;  //variable to store the area of triangle

   float base=0.0;  //local variable of this method that stores value of base of triangle

   float height=0.0;  //holds value of height of triangle

cout<<"\nHeight of Triangle: ";  //prompts user to enter height

cin>>height;  //reads input value of height

cout<<"\nBase of Triangle: "; //prompts user to enter base

cin>>base;  //reads input value of base

area=0.5*height*base;  //computes area of triangle and assign the result to area variable

cout<<"\nArea of Triangle: "<<area<<endl;  //displays area of triangle

}

Explanation:

The program is modified as above. The prototypes for the four functions that are named as :

void displayMenu();  to display the Menu of choices and call relevant function to compute area

void findSquareArea();  To compute area of square

void findCircleArea(); To compute area of circle

void findTriangleArea();  To compute area of triangle

Note that these methods have no parameters and their return type is void. These 4 methods prototypes are placed above main() function.

Next the function definitions (consisting of a function header and initially empty body) for the four functions are written and placed below main() For example definition of findTriangleArea() is given below:

void findTriangleArea()

{

}

Next the code in the main is moved to the relevant methods. Then variables selection=0;  is moved to displayMenu method,  radius=0.0 to findCircleArea method , side=0; to findSquareArea float area=0.0;  to each method, float height=0.0;  and float base=0.0; to findTriangleArea method.

The relevant code moved to each method is shown in the above code.

The definition for the named constant PI is moved out of main and placed above the main function. const keyword before datatype of PI variable shows that PI is declared constant and its value is initialized once only to 3.14159.

Answer: CSIRT

Explanation: CSIRT is team that specializes in day to day cyber incidents  

The CSIRT is responsible for creating and testing the incident response plan.

CSIRT is the Computer emergency response team. One of the key areas for the efficient operation of a corporation is the legal department. Professionals face enormous challenges, particularly when you take into account the need for other bodies within the company itself.

We can list the reviews of the CSIRT procedures that are conducted through this department as one of its key responsibilities. This department also has the responsibility of comprehending the actions that the CSIRT will take to ensure that they comply with all applicable federal, state, and local laws and regulations.

Therefore, the incident response strategy must be written and tested by the CSIRT.

To learn more about CSIRT, refer to the link:

https://brainly.com/question/18493737

#SPJ2

Answer:

See comments for line by line explanation (Lines that begins with // are comments)

The function written in C, is as follows:

//The function starts here

int check(x,y,n)

{

//This if condition checks if x and y are within range of 0 to n - 1

if((x>=0 && x<=n-1) && (y>=0 && y<=n-1))

{

//If the if conditional statement is true, the function returns 1

 return 1;

}

else

{

//If the if conditional statement is false, the function returns 0

 return 0;

}

//The if condition ends here

}

//The function ends here

Explanation:

Answer:

The program written in Python is as follows

def fibonac(N):

    series = ""

    for i in range(0,N+1):

         series = series + str(i) + ","

   return series[:-1]

N = int(input("Number: "))

print(fibonac(N))

Explanation:

This line defines the function fibonac

def fibonac(N):

This line initializes variable "series" to an empty string

    series = ""

This line iterates through the passed argument, N

    for i in range(0,N+1):

This line determines the Fibonacci sequence

         series = series + str(i) + ","

Lastly, this line returns the Fibonacci sequence

   return series[:-1]

The main starts here

The firs line prompts user for input

N = int(input("Number: "))

This line prints the Fibonacci sequence

print(fibonac(N))

Answer:

Early in the history of technology, the development of tools and machines was based on technical know-how versus scientific knowledge as is done today.

Explanation:

In the era prior to technological development, men had a basic and at times rudimentary manufacturing development, based on artisan processes that developed their tools and machinery by hand, without any type of automation or mass production rules.

Thus, each part or tool was manufactured in a unique way, which required a broad mastery of the production process by the manufacturer. This is how the first professions began to emerge, such as blacksmiths for example, who mastered the technique of manufacturing different implements and carried them out without any scientific knowledge.

Answer:

A. OCSP

Explanation:

Online Certificate Status Protocol (OCSP) is an Internet Protocol that is used as an alternative for CRL and is used to obtain the revocation status of a digital certificate.

A certificate revocation list (CRL) is a set of digital certificates that have been rendered invalid/revoked by the Certificate Authority (CA) because they can no longer be trusted.

Because an OCSP response uses less data than a CRL, it would be best suited to the administrator's needs.

Answer:ffffffffffffgggggg

Explanation:vvvc