assuming a 64 bit architecture: if i have a integer-pointer pointer and i add 3 to it ipptr = ipptr 3 how many bytes does the address move?

Answer:

def get_winnings(m):

   # Convert the number of medals to an integer

   try:

       m = int(m)

   except ValueError:

       # If the number of medals is not a valid integer,

       # return "Invalid"

       return "Your prize money is: Invalid"

   # Calculate the prize money

   prize_money = m * 75000

   # Return the prize money

   return f'Your prize money is: {prize_money:,}'

# Prompt the user for the number of gold medals won

m = input("Enter Gold Medals Won: ")

# Call the get_winnings() function and print the result

print(get_winnings(m))

Brainliest if this helps :)

Answer:

Following are the code to this question:

arr=['WELCOME']#defining list arr and assign string value

print (str(arr)[2:-2])#use print method that uses slicing to remove bracket and quotes

Output:

WELCOME

Explanation:

The Array data type is used to store the same type of value, but in python, the array is not used, instead of using an array we use the list, that stores multiple data types.

In the above code "arr", that is list is declared, that store a string value.    

To print its value, we use the print method, inside this, we use slicing to remove brackets and quotes.

Answer:

C

Explanation:

A Multipartite virus is an actual virus type, not a computer virus

Answer:ok be how hobrhkihfehgdhdj fuiufiisefif jfkijfjfhhfhfhfhf

Explanation:

In terms of function, a command-driven user interface is more efficient for experienced users who are familiar with the system and the available commands, but it can be less accessible for new or inexperienced users.

A command-driven user interface and a menu-driven user interface are both used to interact with computer systems, but they differ in their approach to input and interaction.

A command-driven user interface operates using text-based commands entered by the user in a terminal or command prompt. In this type of interface, the user is expected to have a certain level of knowledge about the system and the available commands.

Therefore, one can say that a menu-driven user interface, on the other hand, provides a graphical interface with a series of menus and options to choose from. The user selects options from the menus to interact with the system and initiate actions.

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Innovators, Early adopters, Early majority, Late majority, Laggards are the categories of the diffusion of innovation curve an individual can fall into,  When it comes to new technology

Innovators are individuals who adopt new technologies as soon as they are available. Early adopters are individuals who are willing to take a risk on a new technology that shows promise but is not yet proven. Early majority is the group of people that adopt new technologies only when it is necessary for them to do so. Late majority are individuals who are skeptical of new technologies until they have been widely adopted. Laggards are individuals who are resistant to new technologies and will only adopt them when they are absolutely necessary.

When it comes to my parents, they fall into the category of late majority. They are willing to adopt new technologies when they are necessary but are skeptical of them until they are widely adopted.

I do not think that it is only young people who are early adopters of technologies. People of all ages can be early adopters of technologies. However, younger people are more likely to be early adopters because they have grown up with technology and are more comfortable using it.

The kick-off session talked about great technologies failing because society wasn't ready for it. One example of this is the Betamax video format. Betamax was a superior video format to VHS, but it failed because the public was not ready for it. VHS was easier to use and more widely available, which made it more popular than Betamax.

Individuals' placement on the diffusion of innovation curve varies, and it is not limited to young people as early adopters. Furthermore, the failure of great technologies like Betamax showcases how societal readiness and market factors can influence the success or failure of an innovation.

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Answer:

E) All of the above

Explanation:

All the options are absolutely necessary for web safety.

Answer:

A replay attack

Answer:

True

Explanation:

Most databases have the functionality to import electronic data from other software applications. This feature allows users to seamlessly bring in data from various sources like spreadsheets, text files, or even other databases into their own database system. It's a convenient way to populate and enrich the database with existing information. Each database management system might offer specific tools or methods for importing data, but the ability to import data is a widely available feature in most popular database software applications. It's a valuable capability that simplifies the process of integrating data from different sources, making it easier for users to work with their databases effectively

True. Most databases can import electronic data from other software applications.

When it comes to databases, the ability to import electronic data from other software applications is a crucial feature. This allows for seamless integration and transfer of data between different systems, ensuring that information is accurately stored and easily accessible.

Importing electronic data into databases can be done through various methods. One common method is using file formats like CSV or XML. These file formats provide a standardized way to structure and organize data, making it easier to import into a database.

Another method is through direct integration with other software applications. Many databases offer APIs (Application Programming Interfaces) that allow for direct communication and data transfer between different systems. This enables real-time syncing of data, ensuring that the database is always up to date.

Overall, the statement that most databases can import electronic data from other software applications is true. Importing data is a fundamental capability of modern databases, enabling efficient data management and integration across various software systems.

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Answer:

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

Explanation:

This is an inference question. I mean that in this question, an answer is given, you have to generate the question.

The given code is :

BUTTON TYPE="BUTTON" VALUE="SUBMIT">SUBMIT YOUR FORM</BUTTON>

</FORM>

</BODY>

</HTML>

So, the answer (i.e. to write a question) is

Write a HTML code that displays a button in its body with the text "Submit Your Form ".

Answer:

1. Prompt user for input and get length and store in L

2. Prompt user for input and get width and store in W

3. Perform calculation p = 2LW and print out result

Answer:

All of the above

Explanation:

i think i may be wrong.

Answer:

be ready to take the shot

Explanation:

Answer:

1958

Explanation:

The term was first published in the 1958 Harvard Business Review when authors Harold J. Leavitt and Thomas C. Whisler said “the new technology does not yet have a single established name. We shall call it Information Technology.”

Answer:

your answer would be 1985

Explanation:  "The term information technology in its modern sense first appeared in a 1958 article published in the Harvard Business Review; authors Harold J. Leavitt and Thomas L. Whisler commented that "the new technology does not yet have a single established name. We shall call it information technology "

Answer:

IMA =  0.25

Explanation:

Given the following data;

Input distance = 1m

Output distance = 4m

To find the ideal mechanical advantage;

Mathematically, IMA is given by the formula;

\( IMA = \frac {distance \; over \; which \; the \; effort \; is \; applied}{distance \; the \; load \; travels} \)

NB: The ideal mechanical advantage has no units.

Substituting into the equation, we have;

\( IMA = \frac {1}{4}\)

IMA = 0.25

Therefore, the ideal mechanical advantage (IMA) of this bicycle is 0.25.

Answer:

true

Explanation:

hope this helps

Answer:

C!!!!!!

Explanation:

An effective problem statement ensures that the software design effectively addresses the issues. Thus, the correct option for this question is C.

Software may be defined as a set of instructions, data, or programs that are utilized in order to operate computers and execute specific tasks. There are two types of software that are commonly found in computer systems. They are as follows:

The problem statements should focus on your thinking, research, and solutions toward a single population or issue. Problems can be measured in terms of degree and frequency.

The strongest problem statements incorporate measurable aspects of both the degree and frequency of the problem as it exists. This should include absolute or relative measures of the problem that quantify that gap, but should not include possible causes or solutions.

Therefore, an effective problem statement ensures that the software design effectively addresses the issues. Thus, the correct option for this question is C.

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True. Data redundancy refers to the repetition of data in a database system, which can lead to various problems such as the consumption of extra storage space and the emergence of anomalies.

True. Data redundancy occurs when the same piece of data is stored in multiple locations within a database, leading to repetition of data. This can cause several issues, including the need for extra storage space and the potential for data anomalies. For example, if the same customer information is stored in multiple tables within a database, updating that information becomes a complex and error-prone process, as any changes must be made in multiple locations. Additionally, data redundancy can result in inconsistencies, as different copies of the same data may have different values. This can create problems when attempting to analyze or query the data, as the results may not accurately reflect the true state of the data. To mitigate these issues, it is important to minimize data redundancy by normalizing database tables and maintaining consistency across data entries. This will help to ensure that data is accurate, up-to-date, and can be efficiently accessed and analyzed.

Extra storage space is required to accommodate the redundant data, which can lead to increased costs and decreased efficiency in database management. Additionally, redundant data can contribute to data anomalies, which are inconsistencies or errors in the data. There are three main types of anomalies that can arise due to data redundancy:

1. Insertion anomaly: This occurs when a new record is added to the database, and redundant data must also be inserted. If the redundant data is not correctly inserted, it can lead to inconsistencies.

2. Update anomaly: When data is updated, all occurrences of the redundant data must be updated as well. If not done properly, this can result in inconsistent data.

3. Deletion anomaly: When a record is deleted, redundant data may remain in the database, leading to inaccurate or obsolete data.

To minimize data redundancy and the associated issues, it's important to design databases with proper normalization and use efficient data management practices.

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Answer:

2) They are small enough to fit in a pocket.

Explanation:

This type of if-elseif-else statement is useful when you need to choose from a limited number of options based on a specific condition.

Here's an example if-elseif-else statement that assigns the appropriate dosage amount based on user weight:

if (userWeight < 10) {

   dosageAmount = 2.5; // Dosage for weight less than 10 pounds

} else if (userWeight >= 10 && userWeight < 20) {

   dosageAmount = 5.0; // Dosage for weight between 10 and 20 pounds

} else if (userWeight >= 20 && userWeight < 30) {

   dosageAmount = 7.5; // Dosage for weight between 20 and 30 pounds

} else {

   dosageAmount = 10.0; // Dosage for weight 30 pounds or more

}

In this example, the if statement checks if the user's weight is less than 10 pounds, and assigns the dosage amount of 2.5 if true. The first else if statement checks if the user's weight is between 10 and 20 pounds, and assigns the dosage amount of 5.0 if true. The second else if statement checks if the user's weight is between 20 and 30 pounds, and assigns the dosage amount of 7.5 if true. If none of the conditions are met, the else statement assigns the dosage amount of 10.0 for a weight of 30 pounds or more.

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The correct answer is True.synthesizers are a collection of elements configured and programmed by a performer to produce the desired musical effect.

Synthesizers are electronic musical instruments that generate and manipulate sound. They consist of various elements, such as oscillators, filters, amplifiers, envelopes, and modulators, which can be configured and programmed by a performer or user. These elements allow the performer to shape and control the sound in order to produce the desired musical effect.Synthesizers offer a wide range of parameters and controls that enable the creation of various sounds, including realistic imitations of traditional instruments, as well as unique and experimental sounds. By adjusting the settings and programming the synthesizer, performers can customize the sound to suit their artistic vision and create a wide variety of musical effects.

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The complete question is : synthesizers are a collection of elements ?

Answer:

hey it me ruthann

um can i ask u something?

Explanation:

Interrupt-driven I/O is more efficient and does not waste CPU time for devices that generate events infrequently, such as a single serial port. Polling I/O may be a better technique for front-end processors, such as a terminal concentrator, which may have multiple devices connected to it and each device may generate I/O events frequently. Polling I/O is simpler to implement and does not require as much overhead as interrupt-driven I/O.

Interrupt-driven I/O and polling I/O are two different techniques for managing I/O operations in a computer system.

Interrupt-driven I/O is a technique where the CPU is interrupted when an I/O operation is ready to be performed, such as when data arrives at a serial port. The CPU stops what it is doing and services the I/O operation, then returns to its previous task. This is a more efficient way of managing I/O operations because the CPU is not wasting time continuously checking for I/O events.

Polling I/O, on the other hand, is a technique where the CPU continuously checks the status of an I/O device to see if an operation is ready to be performed. This technique is simpler to implement, but it can waste CPU time if the device is not ready for I/O operations.

A system might use interrupt-driven I/O to manage a single serial port because it is more efficient and does not waste CPU time. Interrupt-driven I/O is especially useful for devices that generate events infrequently, such as serial ports. Using polling I/O for such devices would cause the CPU to waste time checking the device status continuously.

A front-end processor, such as a terminal concentrator, may have multiple devices connected to it, and each device may generate I/O events frequently. Polling I/O may be a better technique to manage I/O operations for such devices because it is simpler to implement and does not require as much overhead as interrupt-driven I/O. Additionally, terminal concentrators are typically responsible for managing a large number of devices, so using interrupt-driven I/O for each device could overwhelm the CPU with interrupts.

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The program that stores the names of two cites in a single dimension array is illustrated below.

import java.util.*;

import java.lang.*;

import java.io.*;

class test

{

public static void main(String[] args) throws java.lang.Exception

{

Scanner sc = new Scanner(System.in);

// initializing city name array

String names[] = new String[2];

// initializing longitude and lattitude array

double latlon[][] = new double[2][2];

// Printing enter first city name instruction

System.out.print("Enter name of first city: ");

// getting name from user

names[0] = sc.nextLine();

// Printing enter second city name instruction

System.out.print("Enter name of second city: ");

// getting anohter name from user

names[1] = sc.nextLine();

// Printing enter latitude and longitude instruction

System.out.print("Enter latitude and longitude of first city separated by a space (example 28.8 81.2): ");

// getting latitude and longitude from user

latlon[0][0] = sc.nextDouble();

latlon[0][1] = sc.nextDouble();

// Printing enter another latitude and longitude instruction

System.out.print("Enter latitude and longitude of Second city separated by a space (example 28.8 81.2): ");

// getting latitude and longitude from user

latlon[1][0] = sc.nextDouble();

latlon[1][1] = sc.nextDouble();

// displaying distance between latitude and longitude

System.out.println("Distance between " + names[0] + " and " + names[1] + " is " + calDistance(latlon[0][0],latlon[0][1],latlon[1][0], latlon[1][1]) + " miles.");

}

private static double calDistance(double lat1, double lon1, double lat2, double lon2) {

// if lat1 and lat2 or lon1 and lon2 is equal then return 0 distance.

if ((lat1 == lat2) && (lon1 == lon2)) {

return 0;

} else {

double xValue = (lat1 - lat2) * 69;

double yValue = (lon1 - lon2) * 55;

double distance = Math.sqrt(xValue * xValue + yValue * yValue);

return (Math.ceil(distance * 100) / 100);

}

}

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The protocol that helps multiple servers keep their system time synchronized is called the Network Time Protocol (NTP).

System time can be synchronised via a network using the NTP (network time protocol) technique. A machine can first get the time from a server that serves as a trustworthy time source. Second, a device itself can serve as a time source for other computers connected to it.

A protocol for network-based system time synchronisation is the NTP (network time protocol) mechanism. A machine can first get the time from a server that is a trusted source of time. Second, a machine itself may serve as a time source for other networked computers.

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Based on the information given, it is recommended to schedule the one-hour print job on either printer A or printer D, as there needs to be a 60-minute gap between jobs on these printers. Printer B can run at the same time as printer D, so it is a possible option as well.

However, printer C cannot run at the same time as printer D, so it should not be used for this particular print job. As for the specific timing, it would depend on the availability of the printers and the urgency of the print job. The specific timing of the print job would depend on the availability of the printers and the urgency of the print job.

Factors such as printer queue, maintenance schedules, and other print job priorities may need to be considered when determining the exact timing. It is important to consider the capacity and capabilities of each printer, as well as any specific requirements or constraints related to the print job, in order to make an informed decision about the scheduling. Hence, the correct options are a, d and b.

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To check the connectivity to the remote computer, you can use ping, a Telnet client, and PsPing on your local computer. Remember that if ICMP is prohibited on your network, ping will not function.

Error reporting is the main function of ICMP. When two devices connect over the Internet, the ICMP creates errors to share with the transmitting device in the case that any of the data did not arrive to its intended destination.

For instance, if a data packet is too big for a router, the router will drop the packet and return the data source with an ICMP message.

Network diagnostics are another application of the ICMP protocol; ICMP is used by the widely-used terminal programs traceroute and ping.

The routing path between two Internet devices is seen using the traceroute tool.

Hence, To check the connectivity to the remote computer, you can use ping, a Telnet client, and PsPing on your local computer. Remember that if ICMP is prohibited on your network, ping will not function.

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The physical things you can touch that make up a computer are monitor, mouse, keyboard, and CPU.

A computer can be defined as an electronic device which accepts data, processes data and brings out information known as results.The computer is used to type and edit different forms of documents like word, PDF and Excel.

A computer can be used to perform business transactions online. It is used by both sellers and buyers to market and purchase product respectively.A computer can be used to play music, watch movies and play games.

Therefore, The physical things you can touch that make up a computer are monitor, mouse, keyboard, and CPU.

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The general name of the processor feature that AMD calls HyperTransport is "Multiprocessor Platform."

What do you mean by Processor?

A processor, also known as a central processing unit (CPU), is the main component in a computer that performs most of the processing tasks. It acts as the "brain" of the computer, executing instructions and carrying out operations as specified by software programs. The processor performs basic arithmetic, logical, and input/output operations and communicates with other components in the system, such as memory and storage devices.

Modern processors are highly sophisticated, with multiple cores and the ability to execute multiple instructions simultaneously (known as multithreading), making them capable of handling complex tasks and enabling fast performance.

The general name of the processor feature that AMD calls HyperTransport is Multiprocessor Platform.

Multiprocessor Platform refers to the technology that enables multiple processors to work together in a computer system. It is a technology that enables the communication between multiple processors, ensuring that the system runs smoothly and efficiently.

HyperTransport is a specific technology that AMD has developed for use in their processors. It enables high-speed communication between processors and other components within the system, thereby allowing for faster processing and increased overall performance.

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