What are 2 ways the internet has influenced investing activities.​

Answer:

The program in Python is as follows:

R1 = int(input("R1: "))

R2 = int(input("R2: "))

R3 = int(input("R3: "))

Rt = R1 + R2 + R3

Vs = int(input("Circuit Voltage: "))

It = Vs/Rt

V1= It * R1

V2= It * R2

V3= It * R3

print("The voltage drop across R1 is: ",V1)

print("The voltage drop across R2 is: ",V2)

print("The voltage drop across R3 is: ",V3)  

Explanation:

The next three lines get the value of each resistor

R1 = int(input("R1: "))

R2 = int(input("R2: "))

R3 = int(input("R3: "))

This calculates the total resistance    

Rt = R1 + R2 + R3

This prompts the user for Circuit voltage

Vs = int(input("Circuit Voltage: "))

This calculates the total circuit voltage

It = Vs/Rt

The next three line calculate the voltage drop for each resistor

V1= It * R1

V2= It * R2

V3= It * R3

The next three line print the voltage drop for each resistor

print("The voltage drop across R1 is: ",V1)

print("The voltage drop across R2 is: ",V2)

print("The voltage drop across R3 is: ",V3)

answer:

page name

Explanation:

Answer:

b. page name

Explanation:

plato

Answer:

1 d

2 c

3 a

Explanation:

Answer:B

Explanation: BC I SAID

Answer: See explanation

Explanation:

It should be noted that the rubber that tire is made from has a color that's milky white but due to the fact that carbon black is being added to the rubber, then the tire will turn to black.

The importance of carbon black to tires is immense as it acts as the stabilizing chemical compound. Also, it helps in increasing the strength of the tire and its durability and also protects the tire from ozone effect.

Answer:

Variation or diversity.

Explanation:

Natural selection can be defined as a biological process in which species of living organisms having certain traits that enable them to adapt to environmental factors such as predators, competition for food, climate change, sex mates, etc., tend to survive and reproduce, as well as passing on their genes to subsequent generations.

Simply stated, natural selection entails the survival of the fittest. Therefore, the species that are able to adapt to the environment will increase in number while the ones who can't adapt will die and go into extinction.

Adaptability within species can only occur if there is genetic variation or diversity i.e a drift in the genetic makeup of the total number of living organisms living together at a particular place (population).

1.

print(1000)

2.

x = 600

y = 400

print(x + y)

Answer any choices for this question

Explanation:

Answer:

During outcomes assessment, data can provide the basis for you and other stakeholders to identify and understand results and to determine if your project has accomplished its goals. Therefore, much care must go into the design of your data collection methods to assure accurate, credible and useful information.

Solution :

It is a connector that is used to diagnose the transmission problems.

It is used to capture and analyze the signals as well as data traffic.

It is used in determining the characteristics of the electrical lines by observing the reflected waveforms

In this exercise we have to use the knowledge of the python language to write the code, so we have to:

The code is in the attached photo.

So to make it easier the code can be found at:

def move_to_row(num_circle):

x_value = -((num_circle*50)/2)

y_value = -250 +(50*row_value)

penup()

setposition(x_value,y_value)

pendown()

def draw_circle_row(num_circle):

for i in range(num_circle):

endown()

circle(radius)

penup()

forward(diameter)

#### main part

speed(0)

radius = 25

diameter = radius * 2

row_value = 1

num_circle = int(input("How many circle on the bottom row? (8 or less): "))

penup()

for i in range(num_circle):

move_to_row(num_circle)

row_value=row_value+1

draw_circle_row(num_circle)

num_circle=num_circle-1

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

Answer: status bar

Explanation:

The status bar refers to the horizontal window that's found at the bottom of the parent window whereby an application will show different kinds of status information.

The main function of the status bar is to simply display information withnragrds to the current state of the window. Therefore, the status bar helps in the presentation of information about the document, indicates progress of

current tasks and also the status of some commands and keys.

Answer:

Homeostasis is the body maintaining balance.

Explanation:

In biology, homeostatis is the state of internal, physical, and chemical conditions maintained by living systems. Having a balance for these is crucial to the organism.

Answer:

Database Analysts organize and make sense of collections of information in order to create functional database systems. They evaluate, design, review, and implement databases. They are also hired to maintain and update existing databases to better serve the needs of businesses.

Answer:

How has the shift to locally grown produce decreased greenhouse emissions? 1 Large farms often create greenhouse emissions by poor farming practices. 2 Locally grown produce allows fewer dangerous toxins to seep into the soil and the atmosphere.

Answer:

All the three statements given are true so the correct option is option 4 which is none of the above.

Explanation:

The options are given in a jumbled up form the options are sorted which are as follows:

SOA stands for Service Oriented Architecture. This eliminates the application boundaries so option 1 is true.

An atomic service is defined as the smallest service which cannot be divided further. So this is true as well

The XML security service is incorporated in all retail applications. so this is true as well.

So the remaining option is just None of the mentioned.

Answer:

c

Explanation:

Answer:

1. REPRODUCE THE ERROR

2. ERROR CODES

3. TROUBLESHOOT

4. IDENTIFY THE SOURCE OF THE PROBLEM

Explanation:

Debugging a program simply means a sequence of steps which one takes to correct an imperfect program, that is a program that does not run as intended.

A good way to start debugging is to run the code, by running the code, one will be able to determine if the program has a bug. If it has then it produces an error. This error is a good starting point as the error code gives a headway into where the bug may lie.

The error code gives a hint into the type of error causing a program to malfunction which could be a syntax error, logic, Runtime and so on. In some case probable lines where there error lies are spotted and included in the error code produced.

After evaluating the error code, then we troubleshoot the probable causes of the error. By troubleshooting all the possible causes, the source of the error will eventually be identified.

Answer:

As a first step in diagnosing the problem, you will

✔ reproduce the error.

A good place to begin is by examining the

✔ error codes.

Next, you can

✔ troubleshoot

the problem.

This will help you

✔ identify the source of the problem.

Explanation:

Answer:

AspNet.ScriptManager.jQuery?

Explanation:

Unobtrusive validation means we can perform a simple client-side validation without writing a lot of validation code by adding suitable attributes and also by including the suitable script files.

One of the benefits of using a unobtrusive validation is that it help to reduce the amount of the Java script that is generated. We can install the AspNet.ScriptManager.jQuery? for the unobtrusive validation.

When the unobtrusive validation is used, validation of the client is being performed by using a JavaScript library.

Answer:

Cell.

Explanation:

Electromagnetic waves is a propagating medium used in all communications device to transmit data (messages) from the device of the sender to the device of the receiver.

Generally, the most commonly used electromagnetic wave technology in telecommunications is radio waves.

Radio waves can be defined as an electromagnetic wave that has its frequency ranging from 30 GHz to 300 GHz and its wavelength between 1mm and 3000m. Therefore, radio waves are a series of repetitive valleys and peaks that are typically characterized of having the longest wavelength in the electromagnetic spectrum.

Basically, as a result of radio waves having long wavelengths, they are mainly used in long-distance communications such as the carriage and transmission of data.

In the field of telecommunication, all telecommunication setup are designed and developed to make use of two network devices: one device is typically used for the transmission of data while the other device is used to receive data that are sent on the network.

Generally, cell towers are tall poles that are used to transmit frequencies to mobile phones.

Answer:

Cell

Explanation:

plato

Answer:

Data Analysis is the process of systematically applying statistical and/or logical techniques to describe and illustrate, condense and recap, and evaluate data. ... An essential component of ensuring data integrity is the accurate and appropriate analysis of research findings.

Inferential Analysis. Diagnostic Analysis. Predictive Analysis. Prescriptive Analysis are examples.

//import the Random and Scanner classes

import java.util.Random;

import java.util.Scanner;

//Begin class definition

public class ChangeUp {

   //Begin the main method

  public static void main(String args[]) {

       //Initialize the empty array of 6 elements

      int [] numbers = new int [6];

       //Call to the populateArray method

       populateArray(numbers);

   } //End of main method

   //Method to populate the array and print out the populated array

   //Parameter arr is the array to be populated

   public static void populateArray(int [] arr){

       //Create object of the Random class to generate the random index

       Random rand = new Random();

       //Create object of the Scanner class to read user's inputs

       Scanner input = new Scanner(System.in);

       //Initialize a counter variable to control the while loop

       int i = 0;

       //Begin the while loop. This loop runs as many times as the number of elements in the array - 6 in this case.

       while(i < arr.length){

           //generate random number using the Random object (rand) created above, and store in an int variable (randomNumber)

           int randomNumber = rand.nextInt(6);

           //(Optional) Print out a line for formatting purposes

           System.out.println();

           //prompt user to enter a value

           System.out.println("Enter a value " + (i + 1));

           //Receive the user input using the Scanner object(input) created earlier.

           //Store input in an int variable (inputNumber)

           int inputNumber = input.nextInt();

           //Store the value entered by the user in the array at the index specified by the random number

           arr[randomNumber] = inputNumber;

           //increment the counter by 1

          i++;

       }

       //(Optional) Print out a line for formatting purposes

       System.out.println();

       //(Optional) Print out a description text

      System.out.println("The populated array is : ");

       //Print out the array content using enhanced for loop

       //separating each element by a space

       for(int x: arr){

           System.out.print(x + " ");

       }

  } //End of populateArray method

} //End of class definition

The code above is written in Java. It contains comments explaining the lines of the code.

This source code together with a sample output has been attached to this response.

Answer:

import java.util.Random;

import java.util.Scanner;

public class ArrayExample {

   public static void main(String[] args) {

       int[] array = new int[6];

       populateArray(array);

       printArray(array);

   }

   public static void populateArray(int[] array) {

       Random random = new Random();

       Scanner scanner = new Scanner(System.in);

       boolean[] filledIndexes = new boolean[6];

       for (int i = 0; i < 6; i++) {

           int index = random.nextInt(6);

           while (filledIndexes[index]) {

               index = random.nextInt(6);

           }

           filledIndexes[index] = true;

           System.out.print("Enter a value for index " + index + ": ");

           int value = scanner.nextInt();

           array[index] = value;

       }

   }

   public static void printArray(int[] array) {

       System.out.println("Array contents:");

       for (int value : array) {

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

       }

   }

}

Explanation:

In the code provided, we are creating an array of size 6 to store integer values. The objective is to populate this array by taking input from the user for specific indexes chosen randomly.

To achieve this, we have defined two methods: populateArray and printArray.

The populateArray method takes an array as a parameter and fills it with values provided by the user. Here's how it works:

The printArray method is responsible for printing the contents of the array. It uses a for-each enhanced loop to iterate over each element in the array and prints its value.

**By separating the population and printing logic into separate methods, the code becomes more modular and easier to understand.**

Answer:

Here.

Explanation:

#include <iostream>

#include <string>

using namespace std;

//Create a class Car, which contains • Three data members i.e. carName (of string type), ignition (of bool type), and //currentSpeed (of integer type)

class Car

{

public:

string carName;

bool ignition;

int currentSpeed;

//A no-argument constructor to initialize all data members with default values

//default value of string is "",bool is false,int is 0

Car()

{

carName="";

ignition=false;

currentSpeed=0;

}

//A parameterized constructor to initialize all data members with user-defined values

Car(string name,bool i,int speed)

{

carName=name;

ignition=i;

currentSpeed=speed;

}

//Three setter functions to set values for all data members individually

// Three getter function to get value of all data members individually

void setCarName(string s)

{

carName=s;

}

void setIgnition(bool ig)

{

ignition=ig;

}

void setCurrentSpeed(int speed)

{

currentSpeed=speed;

}

string getCarName()

{

return carName;

}

bool getIgnition()

{

return ignition;

}

int getCurrentSpeed()

{

return currentSpeed;

}

//A member function setSpeed( ) // takes integer argument for setting speed

void setSpeed(int sp1)

{

currentSpeed=sp1;

}

};

//Derive a class named Convertible

class Convertible:public Car

{

//A data member top (of Boolean type)

public:

bool top;

public:

//A no-argument constructor to assign default value as “false” to top

Convertible()

{

top=false;

}

//A four argument constructor to assign values to all data-members i.e. carName, ignition,

//currentSpeed and top.

Convertible(string n,bool i,int s,bool t):Car(n,i,s)

{

carName=n;

ignition=i;

currentSpeed=s;

top=t;

}

// A setter to set the top data member up

void setTop(bool t)

{

top=t;

}

//A function named show() that displays all data member values of invoking object

void show()

{

cout<<"Car name is:"<<carName<<endl;

cout<<"Ignition is: "<<ignition<<endl;

cout<<"Current Speed is :"<<currentSpeed<<endl;

cout<<"Top is:"<<top<<endl;

}

};

//main function

int main()

{

//creating object for Convertible class

Convertible c1("Audi",true,100,true);

c1.show();

c1.setCarName("Benz");

c1.setIgnition(true);

c1.setCurrentSpeed(80);

c1.setTop(true);

c1.show();

cout<<"Car Name is: "<<c1.getCarName()<<endl;

cout<<"Ignition is:"<<c1.getIgnition()<<endl;

cout<<"Current Speed is:"<<c1.getCurrentSpeed()<<endl;

return 0;

}

The following are the program to the given question:

Program Explanation:

Program:

#include <iostream>//header file

#include <string>

using namespace std;

class Car//defining a class Car

{

//defining a data members

public:

string carName;//defining string variable

bool ignition;//defining bool variable

int currentSpeed;//defining integer variable

Car()//defining default constructor

{

carName="";//initiliaze a space value in string variable

ignition=false;//initiliaze a bool value in bool variable

currentSpeed=0;//initiliaze an integer value into int variable

}

Car(string name,bool i,int speed)//defining parameterized constructor that holds value into the variable

{

carName=name;//holding value in carName variable

ignition=i;//holding value in ignition variable

currentSpeed=speed;//holding value in currentSpeed variable

}

void setCarName(string s)//defining a set method that takes parameter to set value into the variable

{

carName=s;//set value

}

void setIgnition(bool ig)//defining a set method that takes a parameter to set value into the variable

{

ignition=ig;//set value

}

void setCurrentSpeed(int speed)//defining a set method that takes a parameter to set value into the variable

{

currentSpeed=speed;//set value

}

string getCarName()//defining a get method that return input value

{

return carName;//return value

}

bool getIgnition()//defining a get method that return input value

{

return ignition;//return value

}

int getCurrentSpeed()//defining a get method that return input value

{

return currentSpeed;//return value

}

void setSpeed(int sp1)//defining a method setSpeed that holds parameter value

{

currentSpeed=sp1;//hold value in currentSpeed

}

};

class Convertible:public Car//defining a class currentSpeed that inherits Car class

{

public:

bool top;//defining bool variable

public:

Convertible()//defining default constructor

{

top=false;//holing bool value

}

Convertible(string n,bool i,int s,bool t):Car(n,i,s)//defining parameterized constructor Convertible that inherits base class parameterized constructor

{

carName=n;//holding value in string variable

ignition=i;//holding value in bool variable

currentSpeed=s;//holding value in integer variable

top=t;//holding value in bool variable

}

void setTop(bool t)//defining a method setTop that takes parameter to set bool value

{

top=t;//holding bool value

}

void show()//defining show method that prints variable value

{

cout<<"Car name is:"<<carName<<"\n";//prints value

cout<<"Ignition is: "<<ignition<<"\n";//prints value

cout<<"Current Speed is :"<<currentSpeed<<"\n";//prints value

cout<<"Top is:"<<top<<"\n";//prints value

}

};

int main()//defining a main method

{

Convertible cs("BMW",true,180,true);//creating the Convertible calss object that calls the parameterized constructor by accepting value into the parameter

cs.show();//calling method show

cs.setCarName("Benz");//calling the setCarName method

cs.setIgnition(true);//calling the setIgnition method

cs.setCurrentSpeed(160);//calling setCurrentSpeed method

cs.setTop(true);//calling setTop method

cs.show();//calling show method

cout<<"Car Name is: "<<cs.getCarName()<<"\n";//calling the getCarName method and print its value

cout<<"Ignition is:"<<cs.getIgnition()<<"\n";//calling the getIgnition method and print its value

cout<<"Current Speed is:"<<cs.getCurrentSpeed();//calling the getCurrentSpeed method and print its value

return 0;

}

Output:

Please find the attached file.

Learn more:

brainly.com/question/23313563

Answer:

Secondary storage is needed to keep programs and data long term. Secondary storage is non-volatile , long-term storage. Without secondary storage all programs and data would be lost the moment the computer is switched off.

External storage enables users to store data separately from a computer's main or primary storage and memory at a relatively low cost. It increases storage capacity without having to open up a system.

Answer:

While checking the server utilizations, she should review CPU and RAM.

Explanation:

Answer:

CPU and RAM

Explanation: