Using Python code.
Fill in the gaps in the nametag function so that it uses the format method to return first_name and the first initial of last_name followed by a period. For example, nametag("Jane", "Smith") should return "Jane S."
def nametag(first_name, last_name):
return("___.".format(___))
print(nametag("Jane", "Smith"))
# Should display "Jane S."
print(nametag("Francesco", "Rinaldi"))
# Should display "Francesco R."
print(nametag("Jean-Luc", "Grand-Pierre"))
# Should display "Jean-Luc G."

Answer:

A. The function definition must appear before the function is called

Explanation:

Given

The above lines of code

Required

Determine the error in the program

In python, functions has be defined before they are called but in this case (of the given program), the function is called before it was defined and this will definitely result in an error;

Hence, option A answers the question

The correct sequence of the program is as follows:

def evenOdd(n):

     if n % 2 == 0:

           return "even"

     return "odd"

num = int(input("Enter an integer: "))

print("The integer is", evenOdd(num))

Answer:

zero ( 0) times.

Explanation:

In the code;

i = 2

while ( i > 2){

     i = floor( i/2 );

     z = z + 1;

}

the variable " i " is assigned the integer " 2 ", then the while statement loops with a condition of a greater " i " value and divides the value by two for every loop.

But in this case, the while statement is not executed as the value of " i " which is 2 is not greater than but equal to two.

Answer: Circle class representing circle objects which have a radius, center x, and center y. It included overlaps and draw methods. Then, we wrote a Colorfulcircle class which included a Color property and overrode the draw method of Circle. For this assignment, you are asked to create a ColorfulBouncing circle class. Begin with the versions of Circle and ColorfulCircle uploaded to Canvas ColorfulBouncingCircle should extend ColorfulCircle, Unlike the other Circle classes, it will include a velocity for the x and y axes. The constructor for ColorfulBouncingCircle includes these parameters: public colorfulBouncingcircle (double radius, double centerx, double center Color color, double xVelocity, double yvelocity) Note that we are treating x as increasing to the right and y as increasing down, as with Java's graphics coordinates system. This was also seen with Circle's draw method. ColorfulBouncingCircles will bounce around in a playing field which the tester will provide. The Colorful Bouncinesicle class should have a public static method to set the playing field width and height: public static void setPlayingFieldsize (double newwidth, double newHeight) ColorfulBouncingCircle will also include a method which should alter its center and center with each time tick (similar to a metronome's noise guiding a musician to play a song). The circle's x position should be altered according to x velocity and y position according to y velocity. However, before changing the positions, check if the center position would, after moving, be either less than 0 or greater than the playing field dimensions. If so, instead of changing the center position, alter the velocity. If the ball hits the top or bottom, the sign of its vertical velocity should be flipped: if it hits the left or right, its horizontal velocity sign should be flipped. If it hits a corner, both should be. Notice that velocity may be positive or negativel The tick method which will be called by the tester is defined in this way:

public void tick() Finally, we should override the overlaps method to make balls bounce away from each other. You should call the super method to see if your circle overlaps another circle. If so, alter this circle's velocity according to its center relative to the other circle. If this circle" is above or below the "other circle," flip the sign of "this circle's" vertical velocity. If it's to the left or right, flip the horizontal velocity As before, both may be flipped. This is NOT the same as a true elastic collision, but it should be simpler for you to implement. The sign flipping will sometimes cause the balls to "vibrate" when caught between each other. Please review the velocity changing rules carefully; they are easy to get wrong!! To review: Write the ColorfulBouncineCircle class, where you should write the constructor setPlayingfield Size, and tick methods, and override the overlaps method, each according to the above descriptions. You should not have to write any code which draws; instead, a test program will be provided which will animate ColorfulBouncingCircles based on your implementation. For every time tick, the test program will compare every circle against every other circle using the overlaps method. The test program will ask you to press Enter in the console to launch the automated tests which will assign a tentative score based on your implementation. DO NOT ALTER the Circle OR Colorful Circle files!!

Explanation:

Answer:

Following are the program to this question:

#include <iostream>//defining header file

using namespace std;

float Avg(float sum, int n)//defining method Avg that accepts float parameter

{

float average=sum/n;//defining float variable average that holds average value  

return average;//return average

}

int main()//defining main method

{

float ar[ ] = {24.1,24.5,24.4,23.8,28.2,29.1,27.4};//defining float array

float sum;//defining float variable sum

int n=7,i;//defining integer variable  

for (i = 0; i <n; i++)//defining loop to count total of array

{

sum=sum+ar[i];//add value in sum variable

}

cout<<"The average is: "<<Avg(sum,n);//use print method to call and print method return value

return 0;

}

Output:

The average is: 25.9286

Explanation:

In the above code, the float method "Avg" is declared, that accepts two parameters, that is "sum and n", inside the method, a float variable average is declared that divides and returns its values.

In the main method a float array "ar" is declared that holds values, in the next line, float variable "sum" and integer variable "n, j" is used.

In for loop, the "i" variable is used to add array values in the sum variable and pass into cout to call the "Avg" method and print its return value.

Answer:

True

Explanation:

A privacy policy is a legal document or statement that discloses the ways a party gathers uses and manages a customer's data. These data include personal information such as address, name, financial records, medical history, travel records etc.

Policies such as the Children Online Privacy Protection Act which protects children on websites collecting children's data, the Gram-Leach-Bliley Act, The Health Insurance Portability and Accountability Act, are in place to ensure that privacy is protected and sanctions are metted out to violating companies.

Answer:

B) Information security governance

Explanation:

Information security governance is the process by which the information security activities of an organisation are controlled and directed.

Information security governance aims at providing direction to the executive management to implement a security program that ensures sufficient security to protect the information assets of an organisation. It consists of;

- Alignment of information security strategies and objectives with business strategies and objectives.

- Ensuring that risks are properly addressed.

- Promoting a positive security environment.

- Ensuring compliance with internal and external security requirements.

Answer:

Flowchart of an algorithm (Euclid's algorithm) for calculating the greatest common divisor (g.c.d.) of two numbers a and b in locations named A and B. The algorithm proceeds by successive subtractions in two loops: IF the test B ≥ A yields "yes" or "true" (more accurately, the number b in location B is greater than or equal to the number a in location A) THEN, the algorithm specifies B ← B − A (meaning the number b − a replaces the old b). Similarly, IF A > B, THEN A ← A − B. The process terminates when (the contents of) B is 0, yielding the g.c.d. in A. (Algorithm derived from Scott 2009:13; symbols and drawing style from Tausworthe 1977).

Explanation:

Flowchart of an algorithm (Euclid's algorithm) for calculating the greatest common divisor (g.c.d.) of two numbers a and b in locations named A and B. The algorithm proceeds by successive subtractions in two loops: IF the test B ≥ A yields "yes" or "true" (more accurately, the number b in location B is greater than or equal to the number a in location A) THEN, the algorithm specifies B ← B − A (meaning the number b − a replaces the old b). Similarly, IF A > B, THEN A ← A − B. The process terminates when (the contents of) B is 0, yielding the g.c.d. in A. (Algorithm derived from Scott 2009:13; symbols and drawing style from Tausworthe 1977).

Answer:

the answer is A

Explanation:

carries balance sheet ( 2013)

Answer: the answer is A

Explanation: I got 100 ./.

Answer:

input number  

calculate modulus of the number and 5  

compare outcome to 0  

if 0 then output "divisible by 5"  

else output "not divisible by 5"

Explanation:

The modulo operator is key here. It returns the remainder after integer division. So 8 mod 5 for example is 3, since 5x1+3 = 8. Only if the outcome is 0, you know the number you divided is a multiple of 5.

Answer:

243

Explanation:

Answer:

virtual reality

Explanation:

Virtual reality is basically a simulated or virtual environment. This environment is implemented by compute technology for the users that can interact with the virtual 3 dimensional objects instead of just watching them on the screen. With the use of multi-sensory input and output devices the senses of the user are simulated.

Virtual reality devices are the products used for interacting with a virtual environment for the users. Some of the multisensory input/output devices include:

data gloves

jumpsuits

track pads

joysticks

treadmills

multi-speaker audio

visual displays

controller wands

head set

For example a data glove enables the users to interact with virtual objects and feel the object rather than just a movement of hand in the air and it is also used in virtual gaming. Jumpsuits are also used to feel sensations in the virtual reality environment. It stimulates different body parts in response to any action taken by user in a virtual environment.

Answer:

virtual reality

Explanation:

yeah this is correct

Answer:

Here is the Person class:

class Person {  //class name

//below are the private data members/fields of Person class

   private String name;   //to hold name

   private String address;  //to hold address

   private String phoneNo;   // contains telephone number

   public Person(String name, String address, String phoneNo){  //constructor of Person class with name, address and phoneNo as parameters

       this.name = name;  

       this.address = address;

       this.phoneNo = phoneNo;     }  

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

       return this.name;     }   //returns the name

   public String getAddress(){  //accessor method to get/access the address

       return this.address;     }  //returns the address

   public String getPhoneNo(){ //accessor method to get/access the phone number

       return this.phoneNo;  } //returns the telephone number    

//mutator methods

   public void setName(String nam){  //mutator method to set the name

       this.name = nam;     }  

   public void setAddress(String addr){  //mutator method to set the address

       this.address = addr;     }  

   public void setPhoneNo(String phNo){   //mutator method to set the telephone number

       this.phoneNo = phNo;      } }

Here is the Customer class which extends the Person class:

class Customer extends Person{  //Customer class that is sub class of Person class

//below are the private data members/fields of Customer class

   private String CustomerNo;  //String type field to hold customer number

   private boolean MailingList;   //boolean field indicating whether the customer wishes to be on a mailing list

   public Customer(String name, String address, String phoneNo, String custNum, boolean mail) {  //constructor of Customer class that has parameters name, address and phoneNo (of Person class) and parameters custNum and mail ( of Customer class)

       super(name, address, phoneNo);  //  super keyword is used to refer to Person objects and to access the Person class constructor

       this.CustomerNo = custNum;  

       this.MailingList = mail;     }  

//accessor methods

   public String getCustomerNo(){  //accessor method to get/access the customer number

       return this.CustomerNo;     }  

   public boolean getMailingList(){ //accessor method to get/access the boolean mailing list to check whether a person wants to be on mailing list

       return this.MailingList;     }

//mutator methods

   public void setCustomerNo(String custNo){ //mutator method to set the customer number

       this.CustomerNo = custNo;     }  

   public void setMailingList(boolean mailing){ //mutator method to set the mailing list  

       this.MailingList = mailing;     } }

Explanation:

Here is the demonstration class to demonstrate object of Customer class, calls Person and Customer class methods to display the Customer information  such as name, address, phone number, customer number and if customer wants to receive mail.

import java.util.Scanner;   //used to take input from user

class Demonstration{   //test class

   public static void main(String args[]){   //start of main() function

Scanner input= new Scanner(System.in);   //creates object of Scanner class

       System.out.print("Enter Customer Name: ");  //prompts user to enter name

       String fname = input.nextLine();

       System.out.print("Enter Customer Address: ");  //prompts user to enter address

       String address = input.nextLine();

       System.out.print("Enter Customer Telephone Number: "); //prompts user to enter telephone number

       String phoneNumber = input.nextLine();

       System.out.print("Enter Customer Number: "); //prompts user to enter customer number

       String customerNum = input.nextLine();

       System.out.print("Does Customer wish to be on a mailing list? \nPress 1 for yes, 0 for no: "); //asks user if he wishes to receive mail

       String choice = input.nextLine();  

       boolean mailList = (choice.equals("1"));   //if user enters 1 indicating that he wishes to be on mailing list

       Customer customer = new Customer(fname, address, phoneNumber, customerNum, mailList);   //creates object of Customer class and calls Customer class constructor

       System.out.println("\nCustomer Information: ");

       System.out.println("Name: "+customer.getName());  //calls getName method of Person class using customer object to get the name and displays the name

       System.out.println("Address: "+customer.getAddress()); //calls getAddress method of Person class using customer object to get the name and prints the address

       System.out.println("Telephone Number: "+customer.getPhoneNo()); //calls getPhoneNo method of Person class using customer object to get the telephone number and prints phone number

       System.out.println("Customer Number: "+customer.getCustomerNo());   //calls getCustomerNo method of Customer class using customer object to get the customer number and prints the customer number

       System.out.println("Mailing List?: "+customer.getMailingList());     }} //calls getMailingList method of Customer class using customer object to get the mailing list and prints true of false on the basis of customers choice to be on mailing list.

Answer:

True

Explanation:

This is true because a static class method can be accessed without referring to any objects of the class. When a class member is made static, it's very easy to access the object.

The member becomes static and becomes class level

Complete Question:

Even if you skipped all the requirements analysis steps, the two steps guaranteed to be completed in any software development are;

Group of answer choices

A. policy and procedure development

B. use case activity diagram testing

C. method design and coding

D. data conversion and user training

Answer:

C. method design and coding

Explanation:

A software development life cycle (SDLC) can be defined as a strategic process or methodology that defines the key steps or stages for creating and implementing high quality software applications. There are six (6) main stages in the creation of a software and these are;

1. Planning.

2. Analysis.

3. Design.

4. Development (coding).

5. Deployment.

6. Maintenance.

Among the listed stages, there are two (2) most important stages which cannot be ignored in the creation of a software application are.

Hence, even if you skipped all the requirements analysis steps, the two steps guaranteed to be completed in any software development are method design and coding.

I. Method design: this is the third step of the software development life cycle, it comes immediately after the analysis stage. This is the stage where the software developer describes the features, architecture and functions of the proposed solution in accordance with a standard.

II. Coding (development): this is the fourth step in the software development process and it involves the process of creating a source code which would enable the functionality of the software application.

Answer:un spain please

Explanation:

Answer:

B) People with low uncertainty avoidance

Explanation:

Uncertainty avoidance is how cultures differ on the amount of tolerance they have of unpredictability. Mostly, uncertainty avoidance deals with technology, law, and religion. People with low uncertainty avoidance cultures accept and feel comfortable in unstructured situations or changeable environments and  tend to be more pragmatic and more tolerant of change. People in cultures with high uncertainty avoidance try to minimize the occurrence of unknown and unusual circumstances.

Answer:

firstName = "Lidia"

Explanation:

firstName = "Lidia"

Answer:

firstName = "Lidia"

Explanation:

you declare a variable by

variableName = value

her name is of data type string, so it should be enclosed in " "

Answer:

Here is the Python program:  

def measure_string(myStr): #function that takes a string as parameter  

 if myStr == '': #if the string is empty (base case)  

      return 0  #return 0  

  else: #if string is not empty  

      return 1 + measure_string(myStr[0:-1]) #calls function recursively to find the length of the string (recursive case)  

#in order to check the working of the above function the following statement is used    

print(measure_string("13 characters")) #calls function and passes the string to it and print the output on the screen      

Explanation:

The function works as following:  

Suppose the string is 13 characters  

myStr = "13 characters"  

if myStr == '': this is the base case and this does not evaluate to true because myStr is not empty. This is basically the alternate of  

if len(myStr) == 0: but we are not supposed to use len function here so we use if myStr == '' instead.  

So the program control moves to the else part  

return 1 + measure_string(myStr[0:-1])  this statement is a recursive call to the function measure_string.  

myStr[0:-1] in the statement is a slice list that starts from the first character of the myStr string (at 0 index) to the last character of the string (-1 index)  

This statement can also be written as:  

return 1 + measure_string(myStr[1:])

or  

return 1 + measure_string(myStr[:-1])  This statement start from 1st character and ends at last character  

This statement keeps calling measure_string until the myStr is empty. The method gets each character using a slice and maintains a count by adding 1 each time this statement is returned.The function breaks string into its first character [0:] and all the rest characters [:-1]. and recursively counts the number of character occurrences and add 1. So there are 13 characters in the example string. So the output is:  

13

Complete Question:

________ includes reviewing transaction logs and uses real-time monitoring to find evidence.

Group of answer choices

A. Log analysis

B. Network analysis

C. Code analysis

D. Media analysis

Answer:

B. Network analysis

Explanation:

Network analysis includes reviewing transaction logs and uses real-time monitoring to find evidence. Network analysis is a form of computer forensic service, which involves the scientific process of identifying, capturing and analyzing or examining data that are stored on digital devices in an electronic format, for the sole purpose of unraveling the truth about an allegation such as fraud, without preempting the outcome of the investigation.

Network analysis involves the use of network analyzers such as a sniffing and tracing tool to analyze or examine network traffic in real-time. Some examples of network analyzing tools are netdetector, tcpdump, pyflag, networkminer, xplico, tsat, wireshark, omnipeek, etc.

Please note, network analysis is also known as network forensics in computer science.

Explanation:

Answer:

International Medical Informatics Association (IMIA)

Explanation:

In respect of the question which askabout the organization who play an important role in regards to the development of global health informatics is International Medical Informatics Association (IMIA).

International Medical Informatics Association (IMIA) which is an interni association which are independent which works toward expanding and sustaining of global Biomedical and Health Informatics community and give maximum support to international initiative which are geared towards providing adequate and standardized health for each and everyone in the world at large.

Answer:

Answered below

Explanation:

E-procurement software is the enterprise software that integrates and automates an organisation's procurement processes.

E-procurement software assists in procuring goods and services by allowing customers to browse online catalogs and stores, add their goods to shopping carts and send their requisition. This process reduces errors and improves efficiency.

Ethics of procurement include integrity, impartiality, fairness and transparency. Stores shouldn't block customers from doing comparison shopping.

Answer: A. > interesting.txt

Explanation: From the command line, one can perform numerous tasks from navigating into a directory, creating a new directory, deleting files, create files, modify files and so on using simple commands. In the scenario above, after using a common which is used to produce an output on the screen, such as the 'echo' command, one may wish to save the file giving the user the ability to access the file later. Since it is stated the file name 'interesting.txt' given to the file does not currently exist, appending the sign > saves the file. If the filename already exists, it will overwrite the existing content.

Answer:

A

Explanation:

Answer:

Proceso mediante el cual el SI toma los datos que requiere para procesar la información. Las entradas pueden ser manuales o automáticas. Las unidades típicas ...

Explanation:

Answer:

import sys, time

from os import walk, remove

from os.path import exists, join, getsize, getctime

file_counter = [ ]

folder_name, file_size = argv

isExist = exists( folder_name )

if folder_name == True:

    for root, folder, files in walk( folder_name ):

          for file in files:

               if getsize( join ( root, file ) ) >= file_size:

                   file_log = [ ]

                   file_log.append( file )

                   file_log.append( join ( root, file) )

                   file_log.append( time.ctime( getctime( file ) ) )

                   file_counter.append( file_log )

               else:

                   remove ( join ( root, file ) )

Explanation:

The python script above output the filename, size and file creation date of any folder passed to it.

Answer:

All of these are the parts of computer

Answer:

yes your answer is correct all those are the parts of the computer

hope it is helpful to you

Answer:

d. Authentication.

Explanation:

In Computer technology, authentication can be defined as the process of verifying the identity of an individual or electronic device. Authentication work based on the principle (framework) of matching an incoming request from a user or electronic device to a set of uniquely defined credentials.

Basically, authentication ensures a user is truly who he or she claims to be, as well as confirm that an electronic device is valid through the process of verification

Digital certificates, smart cards, picture passwords, and biometrics are used to perform an authentication.

it is correct its TRUE