what is the norm that psychoanalysis of Freud deviates?
​

Answer:

D) A comment line begins with #

Explanation:

Comments are used in programming to explain what a line or block of code is doing.

It helps the programmer easily remember what their code was about when they come back to it having left it for a while.

Also comments help other programmers understand code written by one programmer.

A comment or an in-line comment usually begins with #. That way the computer skips it and doesn't regard it as a line of code.

Answer: D. A comment line begins with #.

Explanation:

In the text, it stated, "The easiest way to add a comment is to start the line with the pound sign (#)."

(Comments are notes that allow you to write anything without affecting the code itself. Comments can be utilized to indicate when and how you later changed a program, and provide a description of the changes.)

I hope this helped!

Good luck <3

Answer:

wait money-!?

Explanation:

Answer:

oh to have a x box ;-;

Explanation:

Answer:

soft skill

Explanation:

Answer:

1. PCB0

2. PCB1

Explanation:

Given that PCB is often referred to as Process Control Block, is a form of data structure that is applicable and utilized by the computer operating systems to store all the information concerning a process.

This process is carried out in a way that when Process P0 is initialized, the operating system established a related process that takes the computer processing unit from Process P0 and allocates it to Process P1, the Operating System, in turn, will save P0's PCB, and then reload P1's PCB.

Hence, If process P0 is switched to process P1, the state for P0 will be saved into "PCB0" and the state from "PCB1" will be reloaded.

Answer:

is that what you're looking for

In QuickBooks Online, it’s easy to track how much you make and spend on each product or service. You can also enter these products and services you sell as items so you can quickly add them to sales forms. This gives you more detailed financial reports and helps you complete transactions faster.

Here's how to add services and products you don't plan to track inventory for (also known as non-inventory items).

Note: If you want to track product quantities, add them as inventory items instead.

Answer:

Non-inventory: Products or items you buy or sell, but don't need to track quantities. For example, nuts and bolts you use for installation jobs but don't sell directly.

Answer:

The answer is described in the image.

Explanation:

The firm is responsible for all expenses made by it's employees, so for a local trip, the cost of gas relative to the mileage covered during the journey is paid for ( 18 cents per mileage).

If it is not a local trip, then it is a one-day trip, so the firm pays for the mileage and the cost of the meals not taken in the company, which depends on the departure and return/arrival time. If the departure and return time is 7am to 10am, the employee is paid for breakfast, if the departure and return is 11am to 2pm then the employee is paid for lunch, and for dinner, 5pm to 7pm.

Answer:

Explanation:

1°

<p style="color: red">Random Name 1</p>

<p style="color: blue">Random Name 2</p>

<p style="color: yellow">Random Name 3</p>

<p style="color: green">Random Name 4</p>

<p style="color: gray">Random Name 5</p>

2°

<ol>

   <li>Pen 1<li>

   <li>Pen 2<li>

   <li>Pen 3<li>

<ol>

3°

<ul>

   <li>CPU<li>

   <li>Motherboard<li>

   <li>RAM<li>

   <li>GPU<li>

<ul>

I think is this you need, have a nice day ;)

Answer:

A sample of the statement is written below

SELECT MIN(GRADE), MAX(GRADE), AVG(GRAD), FROM TABLE 2 WHERE TEACHER = "TODD SMYTHE"

Explanation:

To find the Minimum, maximum and average grade of final exams in the sections taught by Todd Smythe. we will write a statement

Using the select to get the required data using the functions ; MIN , MAX , AVG and the WHERE clause for the condition

A sample of the statement is written below

SELECT MIN(GRADE), MAX(GRADE), AVG(GRAD), FROM TABLE 2 WHERE TEACHER = "TODD SMYTHE"

Answer:

The answer to this question is given below in the explanation section.

Explanation:

This question is about to write HTML code for the given sub-questions. In each sub-question different scenario is given. So, the answer to these questions is given below in the order they asked.

1. In this question it is asked to write a code of 5 students' name in a paragraph with a different color that make them unique.

<html>

<body>

<p style="color:red;">Student A</p>

<p style="color:blue;">Student B</p>

<p style="color:black;">Student C</p>

<p style="color:orange;">Student D</p>

<p style="color:green;">Student E</p>

</body>

</html>

2. In it, the below is given code show an ordered list of subjects that you're offering.

<html>

<body>

<h2>An ordered HTML list</h2>

<ol>

 <li>Introduction to Computing</li>

 <li>Communication Skills</li>

 <li>Software Designing</li>

</ol>  

</body>

</html>

3. The below-given HTML code shows the unordered list of parts that make up the computer.  

<html>

<body>

<h2>An unordered HTML list</h2>

<ul>

 <li>CPU</li>

 <li>RAM</li>

 <li>Motherboard</li>

 <li>Mouse</li>

 <li>Keyboard</li>

 <li>Monitor</li>

</ul>  

</body>

</html>

Answer:

A

Explanation:

How do I explain it.... well the analogy shows the circle in the middle of the parallelogram, then the next shows the circle bigger than the parallelogram and the parallelogram with lines in it.

So you do the same to the triangle with a square and there you go!

Answer:

A - the first one is correct.

Explanation:

Hope this Helps!

:D

Answer:

myArray  = [9, 11, 70, 25, 20, 0, 36, 24]

myvalue = 20

def binary_search(mylist, value):

   sorted(mylist)  

   mid = mylist[round(len(mylist) / 2)]

   if value == mid:

       return mylist.index(mid)

   elif value < mid:

       for index, s_one in enumerate(mylist[ : (mylist.index(mid))]):

           if s_one == value:

               return index

   elif value < mid:

       for index, s_two in enumerate(mylist[(mylist.index(mid)) : ]):

           if s_two == value:

               return index

   else:

       return "searched value not in list/array"

result = binary_search( myArray, myvalue)

print(f"Index of the searched value {myvalue} is: {result}")

Explanation:

The programming language used above is python. It is used to implement a binary search in a list and finally returns the index of the searched value.

Answer:

Following are the solution to this question:

Explanation:

Two tuples were fully identified only with UDP socket.:

< IP address assigned, the port for destination >

Its two tuples have been used in UDP as demux, buttons to identify its UDP socket.

The IP address for the destination:

Its received data is directly provided by the IP address of its port.

Port number of the destination:

The function of the IP address of its port number whenever you obtain a UDP segment would be to control the IP addresses of a segment or send that segment to a port with the same IP address. Its port number for endpoint allows demultiplexing incoming information from its IP.

TCP socket is completely recognized by the following four tuples:

< source IP, port source, IP source, port location >

It tuples are being used to label the sockets by using a demultiplexing (demux) key.

IP address source:

The IP address is being used to identify the unique host that links to. It can assume that perhaps the source IP address shows us all the source Addresses of the sender.

Port number of source:

Its port number amount allows us to identify which section is arriving at which port.

IP address destination:

Its IP address of a destination is the IP address of a port accepting incoming information.

Port number of the destination:

It is port numbers number allows us to identify the facilities or section should be sent to.

Differentiation between TCP and UDP identifier:  

As TCP ports (4 tuples) and UDP ports (2 tuples) are using demux keys to define socks, however, demux keys in UDP are unique from others in TCP for both the following reasons:

TCP uses a separate socket for every contact between both the server and client whereas UDP utilizes its same sockets to process all clients accessed by UDP servers with all communications, it maintains TCP is much more dependable and hence has to hold a different port.

Even so, UDP doesn't accomplish things apart from multicasting and demodulation, but no separate port is necessary by each link. Therefore the TCP socket becomes connection-driven as well as the UDP socket is direct link-free.

There are different ways' to identify the Socket. The presence or absence of a connection needs that the identifier format of each socket are known to be very different.

The TCP socket is identified by the quadruple. This includes;

An UDP socket is identified by the tuple such as

There are some difference between TCP socket and UDP socket. They are;

Learn more about TCP socket from

ainly.com/question/17387945

import java.util.Scanner;

public class JavaApplication41 {

   public static void main(String[] args) {

       Scanner scan = new Scanner(System.in);

       String language = scan.nextLine();

       if (language.toLowerCase().equals("java")){

           System.out.println("Awesome!");

       }

       else if (language.toLowerCase().equals("python")){

           System.out.println("A very simple language!");

       }

       else if (language.toLowerCase().equals("ruby")){

           System.out.println("Are you sure?");

       }

       else if (language.toLowerCase().equals("javascript")){

           System.out.println("Easy enough");

       }

       else if (language.toLowerCase().equals("c")){

           System.out.println("Cool!");

       }

   }

}

I hope this helps!

Answer:

to help us to complete all of useless project given by school

Answer:

support the presenter's ideas

Explanation:

Answer:

rhymeWord

Explanation:

correct answer edge 2020

# the main part of your program that calls the function poem() userWord and rhymeWord. Hence, option C is correct.

Rhyming words all have the same last consonant. Simply put, it is the repetition of similar sounds. When two words have similar sounds, usually those that follow the final stressed syllable of each word, the words are said to rhyme. Cat-hat, rotten-forgotten, and heard-bird are some examples of words that rhyme; they all have similar sounds after the final stressed syllable.

If the last sounds of two or more words are the same or similar, then the words will rhyme. Some words that rhyme are goat, boat, moat, float, and coat. To determine whether two words rhyme, use your ears to listen while you speak the words. If two words have a similar or matching sound, they rhyme.

Thus, option C is correct.

For more information about rhymeWord, click here:

https://brainly.com/question/2398244

#SPJ2

Answer:

-2

Explanation:

Answer:right angle

Explanation:

Answer: language

Explanation:

Answer:

We can this is true because the number of internet searches that are being done at that time is just enough to meet the actual capacity of the internet facility.

Explanation: Socially efficient number is that number that is just enough to meet the actual capacity of a given system such as an internet connectivity or internet facility.

When the number of internet searches are just enough not to cause congestion in the search engines or internet facility,it can be said that the socially efficient number has been achieved.

Answer:

That's because the value has reached the size limit of the int data type. ... you should use long rather than int , because long can store much larger numbers than int . If ... In other words, a float or double variable can't accurately represent 0.1 . ... If you're using Java to measure the size of your house, you'd need an electron ...

Explanation:

I MASTURBATE ON WEBCAM FIND ME HERE sex-today.fun

Answer:

Written in Python

number = int(input("Enter a number: "))

computesum = 0

lent = len(str(number))

for digit in str(number):

computesum += int(digit)**lent

if number == computesum:

print("true")

else:

print("false")

Explanation:

This line prompts user for Input input

number = int(input("Enter a number: "))

This line initialises the sum of the nth power of the digits to 0

computesum = 0

This line gets the length of input (i.e. number of digits)

lent = len(str(number))

The following iteration iterates through the digit to check for Armstrong numbers

for digit in str(number):

computesum += int(digit)**lent

This checks if the input number equals the computed sum

if number == computesum:

print("true") --- if yes, "true" is printed

else:

print("false") --- if otherwise, "false" is printed

See attachment for complete program in its right format

Answer:

The reason is that the f ratio is balanced due to the numerator and denominator having equal sources of variability.

Explanation:

The expected value of an F ratio is 1.00 when the null hypothesis is true because in a scenario where there is no treatment effect, we have both the numerator and the denominator of the F ratio both measuring equal sources of variability.

Whenever this happens then the F ratio will be balanced and also it will have a value that is near 1.00.

Answer:

FASLE

Explanation:

import java.util.Scanner;

public class JavaApplication42 {

   public static void main(String[] args) {

       Scanner scan = new Scanner(System.in);

       int count = 0;

       System.out.println("Enter an integer between 0 and 100");

       int num = scan.nextInt();

       if (num <= 0 || num >= 100){

           System.out.println("error");

       }

       else{

           while(num <= 100){

               if (count == 20){

                   System.out.println("");

                   count = 0;

               }

               else{

                   System.out.print(num+" ");

                   count++;

                   num++;

               }

           }

       }

   }

}

I hope this helps!

The pentagonal number is an illustration of loops.

Loops are used to perform repetitive operations

The program in Java where comments are used to explain each line is as follows:

import java.util.*;

public class Main {

   public static void main(String[] args) {

       //This creates a Scanner object

       Scanner input = new Scanner(System.in);

       //This gets input for num

       int num = input.nextInt();

       //This prints error is num is out of range

       if(num <=0 || num >= 100){

           System.out.print("Error");

       }

       else{

       //This initializes counter to 0

       int count = 0;

       //This iterates through num

       for (int i = num; i <= 100; i++) {

           //This prints the current number

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

           //This increments the counter by 1

           count++;

           //If the counter is 10

           if(count == 10){

               //This prints a new line

               System.out.println();

               //This sets the counter to 0

               count = 0;

}

}

}    

}

}

Read more about loops at:

https://brainly.com/question/19344465

Answer:

.c. Load them via your login script.

Explanation:

Given that using functions in shell scripts enhances programming output and login script comprises the functions and statements required to effectively execute at any given time the user logs into their account.

Hence the moment these functions are formulated, they are then executed through a single command statement thereby reducing the time of re-writing another set of code repeatedly in every program.

Therefore, in this case, what you can do is to "Load them via your login script."

Answer:

pretending to be someone else when asking for information

Below is the function that takes two parallel lists;

List of times in increasing order and that of distance travelled by that point in time.

I put into consideration the instructions given in the question.

ANSWER;

def find_velocity(time, distance):

velocities = []

for i in range(1, len(time)):

velocities.append((distance[i] - distance[i - 1]) / (time[i] - time[i - 1]))

return velocities

times are = [1, 3, 5, 7]

distances are = [25, 29, 35, 70]

print(find_velocity(times, distances))

import java.util.Scanner;

public class JavaApplication44 {

   public static void main(String[] args) {

       Scanner scan = new Scanner(System.in);

       System.out.print("Enter you name: ");

       String name = scan.nextLine();

       System.out.print("Enter your operation (+,-,*,/): ");

       String operator = scan.nextLine();

       System.out.print("Enter the range of the problems: ");

       int ran = scan.nextInt();

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

       int problems = scan.nextInt();

       int score = 0;

       for (int i = 1; i <= ran; i++){

           int first = (int)(Math.random()*ran);

           int sec = (int)(Math.random()*ran);

           System.out.print("Problem #"+i+": "+first + " "+operator+" "+sec+" = ");

           int ans = scan.nextInt();

           if (operator.equals("+")){

               if (ans == first + sec){

                   System.out.println("Correct!");

                   score++;

               }

               else{

                   System.out.println("Wrong. The correct answer is "+(first+sec));

               }

           }

           else if(operator.equals("-")){

               if (ans == first - sec){

                   System.out.println("Correct");

                   score++;

               }

               else{

                   System.out.println("Wrong. The correct answer is "+(first - sec));

               }

           }

           else if (operator.equals("*")){

               if (ans == first * sec){

                   System.out.println("Correct");

                   score++;

               }

               else{

                   System.out.println("Wrong. The correct answer is "+(first * sec));

               }

           }

           else if (operator.equals("/")){

               if (ans == first / sec){

                   System.out.println("Correct");

                   score++;

               }

               else{

                   System.out.println("Wrong. The correct answer is "+(first / sec));

               }

           }

       }

       System.out.println(name+", you answered "+score+" questions correctly.");

   }

}

I hope this helps!

Answer:

def mins_by_phone(phone):

   if phone in self.phones:

       min_sum = 0

       for call in calls:

           min_sum += call

           return min_sum

   else:

       return 0

Explanation:

The mins_by_phone function above is the Phone class method. It checks for the presence of the argument value in the self.phones instance variable, which is a list and  sums up and returns the call minutes in the call list.