What's true about OOP in C++? o One class per .hl.cpp file combination:

a. "this" is a pointer in C++ and therefore we use -> to access from it
b. In C++ structs are fully OOP but it changes the base assumption of visibility from private to public
c. Generally follows a pattern of forward declaration in a .h file and definitions in a .cpp file
d. We can directly deference this to use the dot-operator similar to Java: *this.doStuff()

Question 1:  To tell what will happen when an if-statement is false.

Question 2: The = should be ==

                    elseif should be elif

                    The else should have a :

Question 3: All algorithms can only do number calculations.  

Question 4: and

Question 5: To make a follow-up True/ False decision

Question 6: if (text1 > 15):

Question 7: if (text1 == 78):

Question 8: if (num1 != num2):

Question 9: >=

Question 10: 4

Question 11: 3

Question 18: a < b and a != b  

Question 19: !=

Sorry about 12 - 17 and 20 i can't seem to find those questions guessing you wanted edhesive. I dont have an account on it.

At this point, n <= 2, so the function will not make any further recursive calls and will simply return 1.

In total, there were 8 calls to my function, including the initial call with my function(9).

To find out how many calls to my function result when my function(9) is executed, we can analyze the function definition and trace the recursive calls.
The function is called with the argument 9: my function(9)
Since 9 > 2, we go to the return statement, which calls myfunction with the argument 8: myfunction(8)
Similarly, my function(8) will call my function(7)
my function(7) will call my function(6)
my function(6) will call my function(5)
my function(5) will call my function(4)
my function(4) will call my function(3)
my function(3) will call my function(2).

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Answer:

False, its true that they need to know some programming languages but they do not need to be fluent in all of them.

The "route" command can be used to modify the TCP/IP routing table.

The "route" command allows the user to view and modify the routing table, which is used to determine the path that network data takes as it travels from one device to another.

The route command can be used to add, delete, or change entries in the routing table, as well as to display the current contents of the table. For example, the "route add" command can be used to add a new entry to the routing table, while the "route delete" command can be used to remove an existing entry. The command can also be used to modify the metric value of a route which is used to determine the best path to a destination.

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The route (third O option) is the command can be use to modify the TCP/IP routing table.

TCP stand for Transmission Control Protocol  defines as a standard which defines how to set up and preserve a network conversation by which applications could trade data. TCP runs with the Internet Protocol (IP), that defines how computers addressed packets of data to one another. Because of TCP works cant separate from IP, they also called as TCP/IP. There are four layers of the TCP/IP Model, they are Internet Layer, Host to Host Layer, Network Access Layer, and Application Layer. This layers are using one of the this 7 protocol: DHCP, FTP, HTTP, SMTP, Telnet, SNMP and SMPP.

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Answer:

what language is this? english or no

Explanation:

The statement "personas can help identify patterns of behavior in users" is true.

User personas are fictional characters created by UX designers to represent different types of users and their behaviors, goals, motivations, and pain points.

By creating user personas, UX designers can better understand their users' needs and design products that meet those needs. Personas are not modeled after the characteristics of the UX designer, and they do not have to be based on real users.

However, user research and feedback can be used to create more accurate and effective personas.

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Answer:

The answer is "Cloud Computing".

Explanation:

The term, cloud computing also is known as accessible on-demand, it uses central computer services through specific active user management, especially for cloud services.

The idea of hosting team meetings at different locations and times can have some benefits, but there are also certain considerations to keep in mind.

First, varying the location and timing of team meetings can help keep team members alert and engaged. If meetings are always held in the same place at the same time, there can be a tendency to fall into a routine and lose focus.

In addition, meetings in different locations can provide opportunities for learning and development. If meetings are held in different offices, branches or customer locations, team members can have the opportunity to see and learn new things, which can enrich their knowledge and skills.

In conclusion, organizing team meetings at different locations and times can have some benefits, but it can also have some disadvantages. It is important to carefully evaluate the pros and cons before making the decision to implement this strategy in your team.

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Answer:

REM Program to calculate the area and volume of a room

DIM length, breadth, height, area, volume AS SINGLE

INPUT "Enter the length of the room: ", length

INPUT "Enter the breadth of the room: ", breadth

INPUT "Enter the height of the room: ", height

REM Call user-defined function to calculate area

area = calculateArea(length, breadth)

REM Call sub-program to calculate volume

CALL calculateVolume(length, breadth, height, volume)

PRINT "The area of the room is "; area; " square units."

PRINT "The volume of the room is "; volume; " cubic units."

END

REM User-defined function to calculate area

FUNCTION calculateArea(l, b)

   calculateArea = l * b

END FUNCTION

REM Sub-program to calculate volume

SUB calculateVolume(l, b, h, v)

   v = l * b * h

END SUB

Explanation:

The program first asks the user to enter the length, breadth, and height of the room. It then calls a user-defined function calculateArea to calculate the area of the room, which is stored in the area variable. The program then calls a sub-program calculateVolume to calculate the volume of the room, which is stored in the volume variable. Finally, the program prints the values of area and volume.

Note that the user-defined function calculateArea takes two parameters l and b which represent the length and breadth of the room respectively, and returns the product of l and b, which is the area of the room. The sub-program calculateVolume takes three parameters l, b, and h which represent the length, breadth, and height of the room respectively, and calculates the product of l, b, and h, which is the volume of the room. The volume is stored in the variable v, which is passed as a parameter to the sub-program.

Answer:

The given option "Resource document" is the correct answer.

Explanation:

The remaining three options do not apply to something like the specified scenario. And the latter is the correct one.

Answer:

Resource document

Explanation:

Answer:

a table with sample values

a chart with sample values

Explanation:

Microsoft powerpoint is a powerful presentation tool. It has several tools and can be used to present even excel files, charts and other graphical data.

When a chart is created in powerpoint, the slide of the application shows a table and a chart with sample values.

a table with sample values

a chart with sample values

Answer:

Yes, this statement is completely true

Explanation:

Yes, this statement is completely true. A personal computer is a multimedia machine and can be used to complete an incredibly large number of tasks with ease. Such tasks include all of the ones listed in the question. Aside from that other tasks depend more on the skill level and understanding of the user. For example, an individual who has a vast understanding of technology and programming can create software to perform absolutely any task they may want or need to do.

The first generation of RAM that can transfer two memory words per clock cycle is known as Double Data Rate (DDR) RAM.

DDR RAM works by transferring data on both the rising and falling edges of the clock signal, effectively doubling the data transfer rate compared to SDR RAM. For example, DDR2 RAM has a data transfer rate of up to 800 MHz, which translates to a maximum transfer rate of 1.6 billion data transfers per second.

DDR RAM is now commonly used in desktops, laptops, and servers, with newer generations such as DDR3 and DDR4 offering even higher data transfer rates and improved efficiency. However, it's important to note that the performance of DDR RAM also depends on other factors such as the memory controller and the CPU, as well as the number of memory channels and the amount of installed RAM.

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It is true that using the chart command with an over and by clause will result in a multi series data series.

The first BY field, status, is used by the chart command to group the outcomes. The results are displayed on separate rows, one for each distinct value in the status field. The field is the name given to the first BY field. The chart command divides the results into different columns using the second BY field, host.

Select "Column" from the Charts group, then "Cluster Column" from the drop-down menu, all while still on the "Insert" tab. Each of the column kinds, such as 2-D, 3-D, or Cylinder, has a leftmost option, which is Cluster Column.

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When more samples are taken, the signal is represented more accurately and with less distortion, resulting in a better quality photo, music, or other digital signal.

Distortion is the alteration or misrepresentation of the original shape, appearance, or sound of something. It is a distortion of the truth, in which facts are exaggerated or misstated to support an argument or opinion. It can also refer to the alteration of a signal, such as audio or video, by external means such as a microphone, amplifier, or speaker. In audio, distortion can be used to create interesting effects, or it can be a result of an overdriven signal, caused by too much gain.

The quality of a photo, music, or other digital signal is determined by the number of samples taken. The more samples taken, the more accurately the signal can be represented. This is known as sampling rate or sampling frequency. The higher the sampling rate, the better the quality of the signal.

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The price of shipping a package containing c programming that weighs shipweight pounds

const int CENTS_PER_POUND = 25;

int shipweight pounds;

printf ("Enter the shipping weight in pounds: ");

scanf ("%d", &shipweigh tpounds);

int shipcostcents = 75 + (shipweight pounds * CENTS_PER_POUND);

It is a measurement of the heaviness of an object, and is determined by the gravitational pull of the Earth or other celestial objects on the object. Weight is measured in Newtons, kilograms, and pounds, depending on the system of measurement used. Weight is affected by the mass of the object, its location in the universe, and the gravitational pull of the Earth or other celestial bodies on the object.

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Answer:

Here is a possible implementation of the consecutive_heads() function based on the given instructions:

Explanation:

#include <iostream>

#include <cstdlib>

#include <ctime>

class gvcoin {

public:

   gvcoin();

   bool flip();

private:

   int heads_in_a_row;

};

gvcoin::gvcoin() {

   heads_in_a_row = 0;

   std::srand(std::time(nullptr)); // seed the random number generator

}

bool gvcoin::flip() {

   bool is_heads = std::rand() % 2; // generate a random 0 or 1

   if (is_heads) {

       heads_in_a_row++;

   } else {

       heads_in_a_row = 0;

   }

   return is_heads;

}

int consecutive_heads(gvcoin coin, int num_heads) {

   int num_flips = 0;

   while (coin.heads_in_a_row < num_heads) {

       coin.flip();

       num_flips++;

   }

   return num_flips;

}

int main() {

   const int SEED = 15;

   std::srand(SEED);

   gvcoin coin;

   int num_heads = 5;

   int num_flips = consecutive_heads(coin, num_heads);

   std::cout << "It took " << num_flips << " flips to get " << num_heads << " consecutive heads." << std::endl;

   return 0;

}

The java code for the Kelly is fond of pebbles is given below.

import java.util.Arrays;

public class PebbleBuckets {

   public static int minBuckets(int numOfPebbles, int[] bucketSizes) {

       // Sort the bucket sizes in ascending order

       Arrays.sort(bucketSizes);

       // Initialize the minimum number of buckets to the maximum integer value

       int minBuckets = Integer.MAX_VALUE;

       // Loop through the bucket sizes and find the minimum number of buckets needed

       for (int i = 0; i < bucketSizes.length; i++) {

           int numBuckets = 0;

           int remainingPebbles = numOfPebbles;

           // Count the number of buckets needed for each size

           while (remainingPebbles > 0) {

               remainingPebbles -= bucketSizes[i];

               numBuckets++;

           }

           // Update the minimum number of buckets if needed

           if (remainingPebbles == 0 && numBuckets < minBuckets) {

               minBuckets = numBuckets;

           }

       }

       // If the minimum number of buckets is still the maximum integer value, return -1

       if (minBuckets == Integer.MAX_VALUE) {

           return -1;

       }

       return minBuckets;

   }

   public static void main(String[] args) {

       // Test the minBuckets function

       int numOfPebbles = 5;

       int[] bucketSizes = {3, 5};

       int minBuckets = minBuckets(numOfPebbles, bucketSizes);

       System.out.println("Minimum number of buckets: " + minBuckets);

   }

}

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See full question below

Write a java code for the following Kelly is fond of pebbles. During summer, her favorite past-time is to collect pebbles of same shape and size. To collect these pebbles, she has buckets of different sizes. Every bucket can hold a certain number of pebbles. Given the number of pebbles and a list of bucket sizes, determine the minimum number of buckets required to collect exactly the number of pebbles given, and no more. If there is no combination that covers exactly that number of pebbles, return -1. Example numOfPebbles = 5 bucketSizes = [3, 5] One bucket can cover exactly 5 pebbles, so the function should return 1.

Here's the code to print a greeting using the name stored in the name variable:

name = "Alice"

print("Hi, " + name + "!")

This will output:

Hi, Alice!

Here's the code to produce the given line of output:

print('Jenny yelled "Run, Forrest, Run!"')

This will output:

Jenny yelled "Run, Forrest, Run!"

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Suppose the dual core configuration of a 4096k x 8 sram employs 512 8-bit words per word line. Each networked computer is recognised by its matching address thanks to the IP protocol.

Thus, you require 11 bits and 11 address lines to address 2048 (or 2K, where K is 210 or 1024). The number of lines (either address or data) needed to access a memory is, to put it simply and without any bus-multiplexing, equal to the number of bits needed to address that memory.

Addressing 4K memory regions requires 12 bits. The notification for the UPMRC Assistant Manager Recruitment 2022 has been made available by the Uttar Pradesh Metro Rail Corporation Limited (UPMRC). There are currently 30 open positions.

You can only address two places if n=1 (0 and 1). You can address two locations if n=2 (0, 1, 2, and 3). As you can see, the amount of addressable sites is equal to n2. In other words, n=log(1024) to the base 2.

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Answer:

There must be a  proxy server that is not allowing access to websites

Explanation:

A wireless network facility provided in colleges, institutions, or libraries is secured with a proxy server to filter websites so that users can use the network facility for a definite purpose. Thus, that proxy server is not allowing access to all of the websites to the user on the internet except for two.

The CCD in direct digital imaging sensors is made of silicon-based semiconductor material.

A charge-coupled device (CCD) is a type of image sensor used in digital cameras and other imaging devices. It is made up of a silicon-based semiconductor material.

The CCD consists of an array of light-sensitive pixels that convert incoming photons into electrical signals. Each pixel in the CCD contains a photosensitive element called a photosite, which generates an electric charge proportional to the intensity of the incident light.

The charge generated by each photosite is then transferred through a series of capacitors to the output amplifier, where it is converted into a digital signal.

The silicon material used in CCDs is chosen for its ability to efficiently convert light into electrical charge and its low noise characteristics. Silicon is a widely used material in the semiconductor industry due to its excellent electrical properties and compatibility with standard fabrication processes.

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CCDs in direct digital imaging sensors are made of silicon wafers covered with light-sensitive materials.

Charge-coupled devices (CCDs) are made up of direct digital imaging sensors. CCD sensors are the most common type of digital imaging sensor in use today. They are used in a variety of applications, including digital cameras, surveillance cameras, and scientific instruments, to name a few.

CCDs are made up of a series of silicon chips that are arranged in a grid. Each chip is a tiny pixel, or picture element, that captures the light that falls on it. When light strikes a pixel, it generates an electrical charge, which is then transferred to the next pixel in the array by a series of gates called "charge-coupled devices."The CCD's charge-coupled devices (CCDs) are made of a silicon wafer that is covered with a light-sensitive material.

The CCD contains millions of pixels, and each pixel has a photodiode that detects light and converts it into an electrical signal. When light enters the CCD, it generates an electrical charge that is stored in the photodiode. The charge is then transferred from one pixel to the next, along the CCD's charge-coupled devices. This transfer process results in the formation of an image that can be captured and processed digitally.

In conclusion, CCDs in direct digital imaging sensors are made of silicon wafers covered with light-sensitive materials.

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lst = ([])

lst1 = ([])

def count_multiples(num1, num2, N):

   if num1 > num2 and len(lst1) != 1:

       lst1.append(1)

       w = num2

       num2 = num1

       num1 = w

   if num1 % N == 0:

       lst.append(1)

   if num1 >= num2:

       return len(lst)

   return count_multiples(num1 + 1, num2, N)

print(count_multiples(-10,-5,-3))

I only use lst.append so this should work. Best of luck.

The paragraph does not provide any answer or options to the question. It only states that it will explain which technology is not commonly used in SSO implementations.

Single sign-on (SSO) is a technology that allows users to authenticate once and access multiple applications or services without the need for multiple logins.

SSO implementations often utilize various technologies to facilitate authentication and access control, including Security Assertion Markup Language (SAML), OpenID Connect (OIDC), and OAuth.

As the paragraph does not list the given options, it is not possible to identify which one of them is not commonly used as part of a single sign-on implementation.

Therefore, it is necessary to provide the options in order to answer the question.

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The market value of TripAdvisor can be analyzed by considering its global presence, key countries in each region, competitors, cash flow, and pricing, including the number of subscriptions.

TripAdvisor is a global company, operating in various regions such as South/North/Latin America, Asia, Pacific, and Europe. Evaluating its market value requires analyzing its performance and presence in each of these regions. This involves assessing factors like user engagement, market share, and revenue generated from key countries within each region.

Identifying the biggest countries in each region is essential as they often contribute significantly to the company's revenue. This analysis can provide insights into TripAdvisor's market position and potential growth opportunities.

Competitor analysis is crucial to understanding TripAdvisor's market value. Identifying its main competitors and evaluating their market share, financial performance, and customer base helps assess TripAdvisor's competitive position and potential challenges.

Cash flow analysis provides insights into the company's financial health and sustainability. Examining TripAdvisor's cash flow statement, including revenue, operating expenses, and net income, helps gauge its profitability and ability to generate positive cash flow.

Pricing strategies, particularly subscriptions, play a vital role in TripAdvisor's revenue generation. Analyzing the number of subscriptions and their pricing structure provides an understanding of the company's recurring revenue stream and customer loyalty.

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Answer:1. A 2. C 3. B

Explanation: just did it

Answer:

Explanation:

In the following examples, input and output are distinguished by the presence or absence of prompts (>>> and …): to repeat the example, you must type everything after the prompt, when the prompt appears; lines that do not begin with a prompt are output from the interpreter. Note that a secondary prompt on a line by itself in an example means you must type a blank line; this is used to end a multi-line command.

Many of the examples in this manual, even those entered at the interactive prompt, include comments. Comments in Python start with the hash character, #, and extend to the end of the physical line. A comment may appear at the start of a line or following whitespace or code, but not within a string literal. A hash character within a string literal is just a hash character. Since comments are to clarify code and are not interpreted by Python, they may be omitted when typing in examples.

There are 4 strings within the best_list. Strings can be easily identified becuase they're surrounded with quotes. For example, "hello" is a string because it has the quotes around it.

Answer:

Many-to-one

Explanation:

Many-to-one relationships is possible when two tables share the same primary key it is because one entity contains values that refer to another entity that has unique values. It often enforced by primary key relationships, and the relationships typically are between fact and dimension tables and between levels in a hierarchy.