Problem 1: Triple + Double = So Much Trouble

Write a program that reads two integers, checks if a digit repeats 3 times in a row in the first integer and that same digit repeats two times in a row in the second integer.


Sample input/output:

Enter two integers: 3555761 72559

There are 3 conservative digits 5 in 3555761 and 2 in 72559

Answer:

and?

Explanation:

thx for the points btw

Answer:

Method overriding.

Explanation:

In object-oriented programming (OOP) language, an object class represents the superclass of every other classes when using a programming language such as Java. The superclass is more or less like a general class in an inheritance hierarchy. Thus, a subclass can inherit the variables or methods of the superclass.

Basically, all instance variables that have been used or declared in any superclass would be present in its subclass object.

A class can inherit behavior from a parent but also define its own and override parent behavior. This is called method overriding.

Method overriding occurs when there are two (2) methods with the same method parameter and name. The parent class handles one of the methods while the other is in the child class.

Hence, method overriding allows a child class to define its own specific implementation of a method and override parent behavior.

Answer:

Standards

Explanation:

STANDARDS can simply be defined as a set of guideline, rules or laydown rules to follow either during a manufacturing process or production process among others.

For Example A company or an organization that want to produce a quality goods or products has to have a laydown STANDARDS which will serve as a guideline during the production process such as the quality and quantity of materials they are to use , specification of the materials to use, the type and description of materials to use which will inturn enable them to produce quality goods due to the already lay down STANDARDS or rules which the company or organization followed.

Answer:

The plan that includes procedures and processes that ensure the smooth functioning of the business even after a disaster is the:

business continuity and disaster recovery plan.

Explanation:

An entity that has good business continuity and disaster recovery plan maintains its full operational activities and processes after a business disaster.   After the business disaster, the entity may even grow bigger, because it has identified critical functions and their dependencies for continued growth.  While the period is a time of recovery, for business entities that are well-prepared, the recovery period offers a unique opportunity for innovation and rapid recovery and development on all fours: organization, processes, people, and performance.

Answer:

Business Continuity Plan

Explanation:

                                     Sincerely : Baby weeb

Answer:

a. 7 bits

b. 8 bits

c. 9 bits

d. 24 bits

Explanation:

Required

Number of bits per word

The formula to get the number of bits per word is:

[tex]2^n = N[/tex]

Where

n = bits

N = numbers

Solving (a) 0 to 100

There are 101 digits between 0 and 100 (inclusive)

So:

[tex]N = 101[/tex]

Substitute 101 for N in [tex]2^n = N[/tex]

[tex]2^n = 101[/tex]

101 can not be expressed as an exponent of 2.

So, we substitute 101 for the closest number greater than 101 that can be expressed as an exponent of 2.

So:

[tex]2^n = 128[/tex]

Express 128 as an exponent of 2

[tex]2^n = 2^7[/tex]

Apply law of indices

[tex]n = 7[/tex]

Hence, 7 bits are required

Solving (b): 0 through 255

There are 256 digits between 0 and 255 (inclusive)

So:

[tex]N = 256[/tex]

Substitute 256 for N in [tex]2^n = N[/tex]

[tex]2^n = 256[/tex]

Express 256 as an exponent of 2

[tex]2^n = 2^8[/tex]

Apply law of indices

[tex]n = 8[/tex]

Hence, 8 bits are required

Solving (c): 0 through 256

There are 257 digits between 0 and 256 (inclusive)

So:

[tex]N = 257[/tex]

Substitute 257 for N in [tex]2^n = N[/tex]

[tex]2^n = 257[/tex]

257 can not be expressed as an exponent of 2.

So, we substitute 257 for the closest number greater than 101 that can be expressed as an exponent of 2.

So:

[tex]2^n = 512[/tex]

Express 512 as an exponent of 2

[tex]2^n = 2^9[/tex]

Apply law of indices

[tex]n = 9[/tex]

Hence, 9 bits are required

Solving (d): 0 through 10000000

There are 10000001 digits between 0 and 10000000 (inclusive)

So:

[tex]N = 10000000[/tex]

Substitute 10000000 for N in [tex]2^n = N[/tex]

[tex]2^n = 10000000[/tex]

10000000 can not be expressed as an exponent of 2.

So, we substitute 10000000 for the closest number greater than 101 that can be expressed as an exponent of 2.

So:

[tex]2^n = 16777216[/tex]

Express 16777216  as an exponent of 2

[tex]2^n = 2^{24[/tex]

Apply law of indices

[tex]n = 24[/tex]

Hence, 24 bits are required

import turtle

window = turtle.Screen()

tr = turtle.Turtle()

tr.forward(100)

tr.left(90)

tr.forward(100)

tr.left(90)

tr.forward(100)

tr.left(90)

tr.forward(100)

tr.back(100)

tr.left(120)

tr.forward(75)

tr.right(78)

tr.forward(60)

window.mainloop()

In my code, we use the turtle module for the graphics to draw the house with a roof.

Answer:

Cheese c =new Velveeta( );

Food f =new Velveeta( );

Food f =new Cheese( );

Explanation:

The super-class is the parent class from which features and attributes are inherited from while the subclass or the child class is the class inheriting from the super or parent class.

In Java, the object instance of a class is created with the syntax;

class_name instance_name = new class_name();

Food is the super or parent class of Cheese (which makes Cheese its subclass) and Cheese is the parent class of Velveeta. The extends keyword is used to denote inheritance.

Answer:

A. an instance of the same data is stored in two or more places in the database.

Explanation:

Giving that Update Anomalies usually occur when the designated user person in keeping records or record master stored a particular data in more than one in a database. This is what is called duplication of data and is termed an irregularity on the part of the record keeper.

Hence, the correct answer to the question is " A. an instance of the same data is stored in two or more places in the database."

Answer:

ads, damage, or bugs

Explanation:

Answer:

test_grades = []

tryagain = 'y'

while tryagain.lower() == 'y':

   grade = int(input("Grade: "))

   test_grades.append(grade)

   tryagain = input("Another Input: ")

sum_extra = 0

for i in test_grades:

   if i > 100:

       sum_extra = sum_extra + (i - 100)

print(sum_extra)

Explanation:

This line initializes an empty list test_grade

test_grades = []

This line prepares the user for input

tryagain = 'y'

The following iteration is repeated until the user stops input

while tryagain.lower() == 'y':

This prompts the user for grade

   grade = int(input("Grade: "))

This appends the grade to the list

   test_grades.append(grade)

This asks if there is another grade to be input

   tryagain = input("Another Input: ")

This initializes sum_extra to 0

sum_extra = 0

This iterates through test_grade

for i in test_grades:

The following if condition gets the grades greater than 100 and sums the extra credit

   if i > 100:

       sum_extra = sum_extra + (i - 100)

This prints the extra credit

print(sum_extra)

Answer:

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

Explanation:

The correct answer to this question is Chart.

You can insert an image like as given in the question using the Chart feature in the word processing document. This image called the bar graph chart.

You can insert a chart in your word processing document going through the Insert tab, then find the chart option under the Illustrations group of the command.

As you click on the chart, different types of charts will be shown to you. You can click on the required chart and insert it into the document. The inserted chart can be customized while double-clicking on the inserted chart.

Answer:

def is_dual( array):

   if len(array) % 2 == 0:

       count = 0

       for i in range(0, len(array)//2, 2):

           if array[i] + array[i+1] == array[0] + array[1]:

               count += 1

       if count == len(array)//2:

           return True

       else:

           return False

Explanation:

The python program defines a function called is_dual that accepts an array parameter and check if the array is dual. If it meets the condition, the function returns true but returns false when the array is not dual.

Answer:

Data warehouse

Explanation:

DATA WAREHOUSE are often use for analysis of data as well as data reporting reason been that DATA WAREHOUSE help to collect large amount of data and they as well help to manage data from different and various sources which is why most companies, business or organization make use of DATA WAREHOUSE to help store their large amount of information or data.

Answer:

D: Use a multimeter to test the power supply

Explanation:

We want to determine whether the power supply is causing the reboots. Now, the most ideal thing to do will be to connect a multimeter to help in testing the source of power supply. This is because a multimeter measures the major factors in power which are voltage, current and resistance and as such it is therefore a standard diagnostic tool used widely by technicians in the electrical & electronic industries.

Answer:

Installed software

Explanation:

Since we are told that she is often allowed to work from home 3 days in a week in which She takes home with her sensitive files that is contained in her flash drive for use while at home which means that in a situation where her company does not allow remote access to the company servers in which she is only free to either make use of a cloud-based version of the application or have it installed on her home machine the type of application category i would recommend her to use at home is for her to INSTALLED SOFTWARE on her home machine reason been she mostly work from home and secondly if software is installed on her machine it would make it more easier for her carry out her tasks from home.

Answer:

function is a self-contained program segment that carries out some specific, well-defined task. Every C program consists of one or more functions. One of these functions must be called main. Execution of the program always begins by carrying out the instructions contained in main. Note that if a program contains multiple functions then their definitions may appear in any order. The same function can be accessed from several different places within a program. Once the function has carried out its intended action, control is returned to the point from which the function was accessed. Generally speaking, a function processes information passed to it from the calling portion of the program, and returns a single value. Some functions, however, accept information but do not return anything.

A function definition has two principal components: the first line (including the argument declarations), and the so-called body of the function.

The first line of a function takes the general form data-type  name(type 1  arg 1,  type 2  arg 2,  ...,  type n  arg n)

where data-type represents the data type of the item that is returned by the function, name represents the name of the function, and type 1, type 2, ..., type n represent the data types of the arguments arg 1, arg 2, ..., arg n. The allowable data types for a function are:

int       for a function which returns an integer value

double    for a function which returns an floating-point value

void      for a function which does not return any value

The allowable data types for a function's arguments are int and double. Note that the identifiers used to reference the arguments of a function are local, in the sense that they are not recognized outside of the function. Thus, the argument names in a function definition need not be the same as those used in the segments of the program from which the function was called. However, the corresponding data types of the arguments must always match.

The body of a function is a compound statement that defines the action to be taken by the function. Like a regular compound statement, the body can contain expression statements, control statements, other compound statements, etc. The body can even access other functions. In fact, it can even access itself--this process is known as recursion. In addition, however, the body must include one or more return statements in order to return a value to the calling portion of the program.

A return statement causes the program logic to return to the point in the program from which the function was accessed. The general form of a return statement is:

return  expression;

This statement causes the value of expression to be returned to the calling part of the program. Of course, the data type of expression should match the declared data type of the function. For a void function, which does not return any value, the appropriate return statement is simply:

return;

A maximum of one expression can be included in a return statement. Thus, a function can return a maximum of one value to the calling part of the program. However, a function definition can include multiple return statements, each containing a different expression, which are conditionally executed, depending on the program logic.

Note that, by convention, the main function is of type int and returns the integer value 0 to the operating system, indicating the error-free termination of the program. In its simplest form, the main function possesses no arguments. The library function call exit(1), employed in previous example programs, causes the execution of a program to abort, returning the integer value 1 to the operating system, which (by convention) indicates that the program terminated with an error status.

The program segment listed below shows how the previous program factorial.c can be converted into a function factorial(n) which returns the factorial (in the form of a floating-point number) of the non-negative integer n:

double factorial(int n)

{

 /*

    Function to evaluate factorial (in floating-point form)

    of non-negative integer n.

 */

 int count;

 double fact = 1.;

 /* Abort if n is negative integer */

 if (n < 0)

  {

   printf("\nError: factorial of negative integer not defined\n");

   exit(1);

  }

 /* Calculate factorial */

 for (count = n; count > 0; --count) fact *= (double) count;

 /* Return value of factorial */

 return fact;      

}

Explanation:

Answer:

bxnxjxksoapowowe is a a o v loser player of the year to same time with me in fig

Answer:

True

Explanation:

Answer:

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

Explanation:

We have given

Brian, student, announcement, email, rob, channel, sender, message

These are 8 pairs we have to combine the corresponding two.

Brain : sender

Rob: Student

Channel: Announcement

Email: Msg

Answer:

ANSWER: Channel: Email. Sender: Brian. Message: Announcement. Transmitter: Rob. Receiver: Students

Explanation:

Just posting what's in the comments giving full credit to them though

Edmentum/Plato 2021

Answer:

I believe it's b

Explanation:

I'm straight

Answer:

Explanation:

The following function/program is written in Java. It asks the user for a sentence as an input and then splits that sentence into an array of words. Then it creates an arrayList for all of the unique words, comparing each word in the sentence with all of those in the ArrayList. If a word is found in the ArrayList it cancels the loop and moves on the next word in the sentence. Finally, it counts all of the unique words in the ArrayList and prints that total to the screen.

public static void uniqueWords() {

       Scanner in = new Scanner(System.in);

       System.out.println("Enter a sentence:");

       String sentence = in.nextLine();

       String words[] = sentence.split(" ");

       ArrayList<String> uniqueWords = new ArrayList<>();

       for (int x = 0; x < words.length; x++) {

           boolean exists = false;

           for (int i = 0; i < uniqueWords.size(); i++) {

               if (words[x].equals(uniqueWords.get(i))) {

                   exists = true;

                   break;

               }

           }

           if (exists == false) {

               uniqueWords.add(words[x]);

           }

       }

       System.out.println(uniqueWords.size());

   }

Answer:

Explanation:

The following code is written in Java. It is a function that reads the file in the URL that is given in the parameter. It then places the file into a String and assumes that each element is separated by a space (" "). It then loops through that string adding each element into the created local ArrayList. Finally, It prints the contents of the ArrayList and returns the ArrayList.

public static ArrayList<String> toArray (String file) throws IOException {

               ArrayList<String> myArr = new ArrayList<>();

               BufferedReader reader = new BufferedReader(new FileReader(file));

               String readFile = reader.readLine();

               reader.close();

               for (int x = 0; x < readFile.length(); x++) {

                       int start = 0;

                       if (readFile.charAt(x) == ' ') {

                               myArr.add(readFile.substring(start,x));

                               start = x + 1;

                       }

               }

               for (String x : myArr) {

                       System.out.println(x);

               }

               return myArr;

       }

Answer:

double * p1;

double * p2;

Explanation:

A pointer is a variable that holds the address location of other variables. It is defined with the asterisk character in the middle of the variable type and name.

The p1 and p2 pointers above are pointers that hold the memory addresses of two different double or float point numbers.

Answer:

bro is there any answers that you could provide?

if not, the only thing i can think of is the turtle program.

Explanation:

Answer:

She probably go to jail for a few

Answer:

This question is answered using C++

vector<int> shuttle(vector<int> vect1 , vector<int> vect2)  {  

  vector<int> result;

  for(int i=0;i<vect1.size();i++) {

      result.push_back(vect1[i]);

      result.push_back(vect2[i]);

  }

  return result;

}  

Explanation:

This defines the vector function with two vector arguments

vector<int> shuttle(vector<int> vect1 , vector<int> vect2)  {  

This declares result as an integer vector

  vector<int> result;

The following iterates through the vector arguments

  for(int i=0;i<vect1.size();i++) {

The next two lines combine the two input parameters into the result vector declared above

      result.push_back(vect1[i]);

      result.push_back(vect2[i]);

  }

This returns the vector of both input vectors

  return result;

}  

See attachment for complete program that include the main method

The function which combines two different vector variables is written in python using the Numpy module. The program goes thus :

import numpy as np

#import the Numpy module

vec1 = np.arange(3)

#a 1 - d vector array with 0, 1, 2

vec2 = np.arange(4,7)

#a 1 - d array vector array with 4, 5, 6

def shuffle(vector_1 , vector_2):

#initialize a function named shuffle which takes tow parameters

return np.concatenate((vec1, vec2))

#return a combined array of the vectors using the concatenate function

print(shuffle(vec1, vec2))

#A sample run of the program

Learn more : https://brainly.com/question/22288029

Answer:

a. time complexity

Explanation:

An algorithm can be defined as a standard formula or procedures which comprises of set of finite steps or instructions for solving a problem on a computer.

We define the time complexity of an algorithm to be f(n) if, for all n and all inputs of length n the execution of the algorithm takes at most f(n) steps. This is a common measure of the efficiency of an algorithm.

Hence, the time complexity is a measure of the amount of time required by an algorithm to run till its completion of the task with respect to the length of the input.

Answer: Domain local group

Explanation:

Domain Local Group is a form of group in a Windows Server network in Microsoft which is used by an administrator to assign permissions to the resources that are in same domain.

Their scope is strictly restricted to their particular domain. It should also be noted that they've open membership which simply implies that members form other domain can be added to them. One has to first know the users that have identical job responsibilities in order to use the domain local group, then identify the network resources that are similar which users want to access.

A PCM system consists of a PCM encoder (transmitter) and a PCM decoder (receiver). The essential operations in the PCM transmitter are sampling, quantizing and encoding. All the operations are usually performed in the same circuit called as analog-to digital convert Early electrical communications started to sample signals in order to multiplex samples from multiple telegraphy sources and to convey them over a single telegraph cable. The American inventor Moses G. Farmer conveyed telegraph time-division multiplexing (TDM) as early as 1853. Electrical engineer W. M. Miner, in 1903, used an electro-mechanical commutator for time-division multiplexing multiple telegraph signals; he also applied this technology to telephony.

Time-division multiplexing (TDM) for telegraphs was first introduced in 1853 by an American inventor named Moses G. Farmer. W. M. Miner, an electrical engineer, developed an electro-mechanical commutator in 1903 to time-division multiplex many telegraph signals. He later used similar technology for telephone.

An encoder (transmitter) for PCM and a decoder for PCM make up a PCM system (receiver). Sampling, quantization, and encoding are the three key processes in the PCM transmitter.

Typically, a circuit known as an analog-to-digital converter is used to carry out all the processes. To multiplex samples from many telegraphy sources and transmit them over a single telegraph line, early electrical communications first started to sample signals.

Therefore, a digital approach where the measured amplitude of an analogue signal is coded into a string of binary values after periodically sampling the signal.

Learn more about PCM system here:

https://brainly.com/question/28599250

#SPJ2

Answer:

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

Explanation:

The header and body are parts of the web page. As, you know that in the header section, we define mostly script and title information for the page. While the body section contains the page content.

In this question, the given options are:

The correct answer to this question is 1:

The body is displayed on the web page and the header is not.

While the other options are not correct because:

The body always displays the content of the page while the header does not display on the web page. And, also all body and header tags must be closed.