We canconnect  two or more computer together using cables true or false​

Answer:

The program in Python is as follows:

cents = int(input("Cents: "))

qtr = int(cents/25)

cents = cents -qtr * 25

nkl = int(cents/5)

pny = cents -nkl * 5

print(qtr,"quarters,",nkl,"nickels,",pny,"pennies")

Explanation:

This gets input for cents

cents = int(input("Cents: "))

This calculates the quarters in cents

qtr = int(cents/25)

This gets the remaining cents

cents = cents -qtr * 25

This calculates the nickel in remaining cents

nkl = int(cents/5)

This calculates the pennies in remaining cents

pny = cents -nkl * 5

This prints the required output

print(qtr,"quarters,",nkl,"nickels,",pny,"pennies")

Answer:

d

Explanation:

The most likely motive of Peter's decision to use a gateway for connecting his serve to the internet is to get a wireless connection for the internet.

A gateway server is used to communicate to the internet service provider. It is used to receives the data. It helps to sends the data to the router in order to translate as well as distribute the wireless devices.

In the context, Peter who is on a strict budget uses gateway system to connect to the internet and he uses the older version of Novell NetWare server.

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Answer:

The program in Python is as follows:

A = int(input("A: "))

B = int(input("B: "))

C = int(input("C: "))

while A<=0 or B <= 0 or C <= 0:

   A = int(input("A: "))

   B = int(input("B: "))

   C = int(input("C: "))

print("Valid inputs")

Explanation:

Get input for A, B and C

A = int(input("A: "))

B = int(input("B: "))

C = int(input("C: "))

The loop is repeated until inputs for A, B and C are above 0

while A<=0 or B <= 0 or C <= 0:

Get input for A, B and C

   A = int(input("A: "))

   B = int(input("B: "))

   C = int(input("C: "))

Print valid inputs when user inputs are correct

print("Valid inputs")

Answer:

No

Explanation:

Answer:

ddhejaajegxhzi

Explanation:

jfrhsjadigugud

Answer:

Being over-enthusiastic and crossing the line always get you in trouble even if you’re using the best LinkedIn automation tool in the world.  

When you try to hit the jackpot over the night and send thousands of connection requests in 24 hours, LinkedIn will know you’re using bots or tools and they will block you, temporarily or permanently.    

This is clearly against the rules of LinkedIn. It cracks down against all spammers because spamming is a big ‘NO’ on LinkedIn.    

What people do is that they send thousands of connection requests and that too with the same old spammy templates, “I see we have many common connections, I’d like to add you to my network.”    

It will only create spam.    

The LinkedIn algorithm is very advanced and it can easily detect that you’re using a bot or LinkedIn automation tool and you’ll be called out on it.

Answer:

Creating and maintaining a healthy sales pipeline is challenging but not impossible.  

The B2B world has changed, and you need to adopt new strategies to build a healthy pipeline. Choose the best LinkedIn automation tool, optimize your profile, know your audience and share personalized content for quick outcomes.

Answer:

i. True

Explanation:

A Domain Name System (DNS) can be defined as a naming database in which internet domain names (website URLs) are stored and translated into their respective internet protocol (IP) address.

This ultimately implies that, a DNS is used to connect uniform resource locator (URL) or web address with their internet protocol (IP) address.

Windows Server 2012 is a Microsoft Windows Server operating system and it was released to the general public on the 4th of September, 2012, as the sixth version of the Windows Server operating system and the Windows NT family.

PartnerServer is a Windows Server 2012 server that was designed and developed to hold the primary copy of the PartnerNet dot org domain.

Typically, the server is configured to reside in a demilitarized zone (DMZ) while providing name resolution for the domain of various Internet hosts.

In order to prevent a cyber attack on a private network, end users make use of a demilitarized zone (DMZ).

A demilitarized zone (DMZ) is a cyber security technique that interacts directly with external networks, so as to enable it protect a private network.

Answer:

it's easier to find

Explanation:

things are much more organized

Answer:

package GUI;  

import java.awt.*;  

import java.awt.event.*;  

import javax.swing.*;

// Class SandwichShop definition

public class SandwichShop

{

// Creates a string array for sandwich ingredients  

String sandwichIngredients [] = {"Chicken", "Mutton", "Veg"};

// Creates a string array for bread types

String breadTypes[] = {"Bloomer", "Cob", "Plait"};

// Container object declared

JFrame jf;

JPanel p1, p2, p3, p4, mainP;

// Component object declared

JList ingredient, bread;

JLabel ingL, breadL, amountL;

JTextField amountT;

JButton amountB, exitB;

// Default constructor definition

SandwichShop()

{

// Creates frame

jf = new JFrame("Sandwich Shop");

// Creates panels

p1 = new JPanel();

p2 = new JPanel();

p3 = new JPanel();

p4 = new JPanel();

mainP = new JPanel();

// Creates list box and adds string array

ingredient = new JList<String>(sandwichIngredients);

bread = new JList<String>(breadTypes);

// Creates labels

ingL = new JLabel("Select Sandwich Ingredients");

breadL = new JLabel("Select Bread Types");

amountL = new JLabel("Amount: ");

// Creates text field

amountT = new JTextField(5);

// Creates buttons

amountB = new JButton("Check Amount");

exitB = new JButton("Exit");

// Adds components to panels

p1.add(ingL);

p1.add(ingredient);

p2.add(breadL);

p2.add(bread);

p3.add(amountL);

p3.add(amountT);

p4.add(amountB);

p4.add(exitB);

// Adds panels to main panel

mainP.add(p1);

mainP.add(p2);

mainP.add(p3);

mainP.add(p4);

// Set the main panel layout to 4 rows and 1 column

mainP.setLayout(new GridLayout(4, 1));

// Adds main panel to frame

jf.add(mainP);

// Sets the frame visible property to true

jf.setVisible(true);

// Set the size of the frame to width 400 and height 150

jf.setSize(400, 300);

// Registers action listener to exit button using anonymous class

exitB.addActionListener(new ActionListener()

{

// Overrides the actionPerformed() method

public void actionPerformed(ActionEvent ae)

{

System.exit(0);

}// End of method

});// End of anonymous class

// Registers action listener to amount button using anonymous class

amountB.addActionListener(new ActionListener()

{

// Overrides the actionPerformed() method

public void actionPerformed(ActionEvent ae)

{

// Extracts index of the selected item from the list box

int indexIngredient = ingredient.getSelectedIndex();

int indexBread = bread.getSelectedIndex();

// Checks if ingredient index is 0 and bread index is 0

// then set the amount 100 in text field

if(indexIngredient == 0 && indexBread == 0)

amountT.setText("100");

// Checks if ingredient index is 0 and bread index is 1

// then set the amount 120 in text field

if(indexIngredient == 0 && indexBread == 1)

amountT.setText("120");

// Checks if ingredient index is 0 and bread index is 2

// then set the amount 160 in text field

if(indexIngredient == 0 && indexBread == 2)

amountT.setText("160");

// Checks if ingredient index is 1 and bread index is 0

// then set the amount 190 in text field

if(indexIngredient == 1 && indexBread == 0)

amountT.setText("190");

// Checks if ingredient index is 1 and bread index is 1

// then set the amount 205 in text field

if(indexIngredient == 1 && indexBread == 1)

amountT.setText("205");

// Checks if ingredient index is 1 and bread index is 2

// then set the amount 210 in text field

if(indexIngredient == 1 && indexBread == 2)

amountT.setText("210");

// Checks if ingredient index is 2 and bread index is 0

// then set the amount 97 in text field

if(indexIngredient == 2 && indexBread == 0)

amountT.setText("97");

// Checks if ingredient index is 2 and bread index is 1

// then set the amount 85 in text field

if(indexIngredient == 2 && indexBread == 1)

amountT.setText("85");

// Checks if ingredient index is 2 and bread index is 2

// then set the amount 70 in text field

if(indexIngredient == 2 && indexBread == 2)

amountT.setText("70");

}// End of method

});// End of anonymous class

}// End of default constructor

// main function definition

public static void main(String[] args)

{

// Creates an anonymous object by calling default constructor

new SandwichShop();

}// End of main method

}// End of class

Output:

Im gonna use python3 for this example

def encode(string):

if not string:

return string

new_string = []

last_char = ""

count = 1

for char in string:

if char == last_char:

new_string.pop(len(new_string)-1)

count += 1

elif char != last_char and count > 1:

new_string.append(str(count)+last_char)

count = 1

new_string.append(char)

last_char = char

else:

last_char = char

new_string.append(char)

return "".join(new_string)

print(encode("Hello There"))

Question Completion with Options:

A. device flow correlation

B. simple detections

C. application blocking list

D. advanced custom detections

Answer:

The outbreak control method that is used to accomplish the task of configuring AMP for endpoints and to block certain files from executing is:

C. application blocking list

Explanation:

The application blocking list creates a list of application files, which the AMP continuously tracks and analyzes to compare the file activities with previous cyber attacks.  Specifically, the AMP for Endpoints is a cloud-managed endpoint security solution, which provides a retrospective alert to prevent cyber-security threats, and rapidly detects, contains, and remediates malicious files on the endpoints.

continuously tracks and analyzes files and file activities across your systems, and compares these events to what preceded or happened in past attacks. If a file exhibits malicious behavior, the AMP provides you with a retrospective alert which enables you to stop a potential threat from succeeding.

Answer:

360 officially recognized breeds (would appreciate if given brainliest) <3

Answer:

Code:

CREATE TABLE student (

stu_code INTEGER PRIMARY KEY,

prof_code INTEGER

);

INSERT INTO student VALUES (100278,null);

INSERT INTO student VALUES (128569,2);

INSERT INTO student VALUES (512272,4);

INSERT INTO student VALUES (531235,2);

INSERT INTO student VALUES (531268,null);

INSERT INTO student VALUES (553427,1);

CREATE TABLE professor (

prof_code INTEGER PRIMARY KEY,

dept_code INTEGER

);

INSERT INTO professor VALUES (1,2);

INSERT INTO professor VALUES (2,6);

INSERT INTO professor VALUES (3,6);

INSERT INTO professor VALUES (4,4);

The SQL NATURAL JOIN is a type of EQUI JOIN and is structured in such a way that, columns with the same name of associated tables will appear once only. In our Example, Prof_code will appear only once and it will be matched in both the table;  

SELECT * FROM Student natural join Professor on student.prof_code=Professor.prof_code ;  

Stud_code   Prof_code  Dept_code

128569        2           6

512272        4           4

531235        2           6

553427        1           2

EQUI JOIN performs a JOIN against equality or matching column(s) values of the associated tables and an equal sign (=) is used as a comparison operator in the where clause to refer to equality. In our example, it will only show the result with prof_code=2 from the natural join result.

SELECT * FROM Student join Professor on student.prof_code=Professor.prof_code where student.prof_code=2;

Stud_code Prof_code Prof_code Dept_code

128569     2         2         6

531235     2         2         6

In SQL the FULL OUTER JOIN combines the results of both left and right outer joins and returns all (matched or unmatched) rows from the tables on both sides of the join clause.

SELECT * FROM professor full outer join student on professor.prof_code=student.prof_code ;

Stud_code Prof_code Prof_code Dept_code

100278                

128569    2          2         6

512272    4          4         4

531235    2          2         6

531268    

                    3         6

553427    1          1         2

Answer:

Hence the correct option is option a) define both structures and then create a data member of the nested structure type within the other structure.

Explanation:

To make Address nested to Employee, we've to define Address structure before and out of doors Employee structure and make an object of Address structure inside Employee structure.

For example, we may need to store the address of an entity employee in a structure.

Subnet masks are used with both class and classless IP addresses is the correct statement. Therefore, the correct option is C.

A device on the internet or a local network may be identified by its IP address, which is a special address. The rules defining the format of data delivered over the internet or a local network are known as “Internet Protocol,” or IP.

Only C is correct, rest other statements are incorrect because:

a. IPv4 and IPv6 addressing is fully compatible with one another is incorrect. While IPv4 and IPv6 can coexist on the same network, they are not fully compatible with one another.

b. CIDR address format represents a Class C network only used within an intranet is incorrect. Classless Inter-Domain Routing (CIDR) is a technique used to allocate IP addresses more efficiently.

Therefore, subnet masks are used with both class and classless IP addresses is the correct statement. Therefore, the correct option is C.

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Answer:

Citing or documenting the sources used in your research serves three purposes:

It gives proper credit to the authors of the words or ideas that you incorporated into your paper.

It allows those who are reading your work to locate your sources, in order to learn more about the ideas that you include in your paper.

"Neymar" = "name a"?

if so, well, there are many, like the little glowing box you use the type questions to the brainliest community, let it be a phone, a pc, or a molded Nintendo

if you meant Neymar indeed, I'm not sure if he runs on electricity, unless he is a soccer playing android somehow.

Answer:

Reset

Explanation:

Answer:

explain all background information first.

Explanation:

Now if you are to deliver a message and you have suspicions that the person who is to read it might be uninterested, unwilling, hostile or displeased, you should put the main idea later in the message. That is, it should come after you have provided details given explanations or evidence.

It is not right to start with bad news. As a matter of fact bad news should not be shared through mails, IM or texts.

Answer:

Explanation:

Usually, applications would have the capability of using either one of these options. But for the sake of the question here are some that usually prefer one method over the other.

Any program that targets an API usually uses Sequential access. This is because API's contain all of the data as objects. Therefore, you need to access that object and sequentially navigate that object to the desired information in order to access the data required.

A music application would have access to an entire folder of music. If the user chooses to set the application to randomly play music from that folder, then the application will use a Random Access method to randomly choose the music file to load every time that a song finishes.

Answer:

Explanation:

The following code is written in Java. It randomly generates 10 integers and adds them to an integer array called myArr. Then it loops through the array calculating if each number is even or odd. If it is even it adds 1 to the evenCount variable and prints out the number saying that it is even. Otherwise it adds 1 to the oddCount variable and prints the number saying that it is odd. The program was tested and the output can be seen in the attached image below.

import java.util.*;

class Brainly {

   // Main Method

   public static void main(String[] args) {

       Random rand = new Random();

       int[] myArr = new int[10];

       for (int i = 0; i<10; i++) {

           int n = rand.nextInt(101);

           myArr[i] = n;

       }

       int evenCount = 0;

       int oddCount = 0;

       for (int x : myArr) {

           if ((x % 2) == 0) {

               evenCount += 1;

               System.out.println(x + " is Even");

           } else {

               oddCount +=1;

               System.out.println(x + " is Odd");

           }

       }

       System.out.println("The Array has a total: ");

       System.out.println(evenCount + " Even Numbers");

       System.out.println(oddCount + " Odd Numbers");

   }

}

Answer:

E. All of the listed ​

Explanation:

For compute-optimized cloud offerings like AWS, suitable use cases are - gaming, distributed analytics, and scientific modeling. Since all these are suitable, the correct answer is E.

Answer:

Routers

Explanation:

Essentially a router is a device used in networking that route packets of data from one computer network to another.

Answer:

routers

Explanation:

Routers are hardware devices that route the data from place to place. Data "hops" from one router to another until it reaches its destination. ISPs and IP addresses are not hardware devices. Servers are hardware devices but do not route data.

-Edge 2022

Answer:

1.A table is a range of data that is defined and named in a particular way.

2.Table tools and layout

3.In insert tab Select the table and select the number of rows and colums

4.Split cell is use to split the data of a cell.Merge cell is used to combine a row or column of cells.

5.Select the cell and click down arrow next to the border button.

Answer:

The program is as follows:

def get_price(fruits):

   AllPrice = fruits.values()

   value_iterator = iter(AllPrice)

   mostExpensive = next(value_iterator)  

   for item in fruits:

       if fruits[item]>=mostExpensive:

           mostExpensive = fruits[item]

           fruitName = item

   print(fruitName)

fruits = {}

n = int(input("Number of Fruits: "))

for i in range(n):

   name = input("Fruit name: ")

   price = int(input("Fruit price: "))

   fruits[name] = price

get_price(fruits)

Explanation:

This defines the get_price function

def get_price(fruits):

This gets all price in the dictionary fruit

   AllPrice = fruits.values()

This passes the values to a value iterator

   value_iterator = iter(AllPrice)

This initializes mostExpensive to the first price in the dictionary

   mostExpensive = next(value_iterator)

This iterates through the elements of the dictionary  

   for item in fruits:

If current element is greater than or equals most expensive

       if fruits[item]>=mostExpensive:

Set most expensive to the current element

           mostExpensive = fruits[item]

Get the corresponding fruit name

           fruitName = item

Print fruit name

   print(fruitName)

The main begins here

This initializes the fruit dictionary

fruits = {}

This gets input for the number of fruits

n = int(input("Number of Fruits: "))

This is repeated for every inputs

for i in range(n):

Get fruit name

   name = input("Fruit name: ")

Get fruit price

   price = int(input("Fruit price: "))

Append name and price to dictionary

   fruits[name] = price

Call the get_price function

get_price(fruits)

Answer:

a. cout << Product ::name;

Explanation:

Computer software use different languages which helps user to initiate command. When a user initiates command the results are displayed according to input command. If product name is required as output then insert command should be product::name; this will display names of different products present in the system.

Answer:b

Explanation:

to get points