An 8x16 font isstored in _________________ bytes.
? 8
? 16
? 4
? 20

Answer:

#include<iostream>

using namespace std;

//create the function

int minElement(int arr[],int n){

   int minimum = arr[0];  //store the first value of array

   //for loop for iterate the each element

   for(int i=0;i<n;i++){

       if(arr[i]<minimum){   //compare

           minimum=arr[i];

       }

   }

   return minimum;

}

int main(){

   int arr[]={4,1,7,9,2,6};

   int array_size = 6;

   int result = minElement(arr,array_size);   //calling

   cout<<"The min value is: "<<result<<endl;

}

Explanation:

First include the library iostream in the c++ programming for input/output.

then, create the function minElement() for find the minimum value in the array.

it required the one loop for iterate the each element in the array and then compare with first element in the array which is store in the variable minimum.

if array element is less than the minimum then, update the value in the minimum variable.

after complete the loop, return the result.

for capture the result create the main function and call the function with parameter array.

and finally display the result.

Answer:

  To make secure email compatible with other email system as, as we know that secured email is compatible in all ways and also it provides good flexibility. So, emails should prioritize the maximum security and a strong encryption and convenience to use like user friendly apps on all their device.

There are some factors which provides a secure email as:

Answer:

#include<stdio.h>

//main function

int main(){

   //initialization of variable

   char arr1[12][12] = {"January","February","March","April","May","June","July","August","September","October","November","December"};

   int arr2[12]={31,28,31,30,31,30,31,31,30,31,30,31};

   int i,j;

   //for loop for print the arrays

   for(i=0;i<12;i++){

     for(j=0;arr1[i][j]!='\0';j++){

       printf("%c",arr1[i][j]);    //for print the months

     }

     printf(" %d",arr2[i]);   //print the days

     printf("\n");  //for newline

   }

   return 0;

}

Explanation:

Create the main function and then define the two array with hard-code the month names and number of days in each month.

For defining the string array, you have to take the 2-D array of type 'char'.

then, take nested for loop for print the element in the array.

nested for loop means, loop inside a loop. It is used for the 2-D array. The outer loop is for row and the inner loop is for the column.

For every row, the inside loop print the string character by character with the help of printf() function which is used to display the value on the screen.

after the inner loop terminates, then another prinf() function is used for print the days after the name of the month. Then. the outer loop runs again.

This is process continues until the outer loop not terminate and finally, we get the desired output.

Answer: Central

Explanation: Dimensional model is the model that is created for the requirement of analysis of a particular business such as data warehouse. It is usually referred as the fact table as well.  Dimensional model has one major table known as central table and multi-part tables connected with it.The combination of the smaller tables are known as the dimension tables also.

Answer:

#include <bits/stdc++.h>//header file which includes most of the libraries..

using namespace std;

int main() {

   char st[500];//character array of length 500..

   cin.getline(st,499);//taking input of the text.

   for(int i=0;st[i];i++)

   {

       if((st[i]=='.')&& (i!=strlen(st)-1))//condition

       {

          st[i+1]= toupper(st[i+1]);//converting to upper case.

       }

   }

   cout<<st<<endl;//printing the string..

return 0;

}

Input:

i am .the .great .gambler.i am going gamble everything

Output:

i am .The .Great .Gambler.I am going gamble everything

Explanation:

I have taken a character array of size 500.

Taking input as a line.

If full stop encounters then converting the character to uppercase if it exists.

Printing the output.

Answer:

A

Explanation:BECAUSE

Relational operators, specifically < and >, are used to create validation rules that data must satisfy when being entered or modified. They set conditions such as requiring a quantity to be at least one, as in >=1.

The operator used to create a validation rule is C. < or > which are relational operators. These operators are essential in forming expressions that set the conditions data must meet to be considered valid. For instance, a typical validation rule in an Order Entry form might be that the quantity entered must be equal to or greater than one. In this case, the rule would be represented as >=1.

In database systems and programming, the proper use of relational operators, such as <, >, <=, and >=, is critical for ensuring accurate querying and data integrity. These operators allow for comparison between values, ensuring that the entered data fits within the specified parameters defined by the validation rules.

Answer:

The answer is true.

Explanation:

An array is a collection of data of the same type. It is used to handle a number ''n'' of elements in common, either of types defined by the language ( int, float, string, etc) as well as those defined by the programmer.

A one dimensional array is a structured data type that is made up of a finite, ordered collection of data of the same type.

A vector, also called a one dimensional array, is a data structure that allows you to group elements of the same type and store them in a single block of memory together, one after the other. This group of elements is identified by the same name and the position in which they are found. Ther first position of the array is position zero.

We could group in an array a series of elements of integer type, floating, etc. For example:

int a [5]; (vector of 5 integers)

float b[5]; (vector of 5 floating)

int a [] = {5,6,7,8,9};

float b [] = {5.1,5.2,5.3,5.4,5.5};

Since there are 5 elements in each array, automatically 5 memory spaces will be assigned to each vector, but if I try to create the vector of the form int a [], the compiler will show an error, because I did not indicate the size of the vector and I did not initialize its elements.

Answer:

ampersands

Explanation:

In the programming the AND operator is denoted as '&&' , two ampersands.

it is used to between two conditions and give Boolean result.

It has four possible result:

first condition TRUE  second TRUE, result TRUE

first condition TRUE  second FALSE, result FALSE

first condition FALSE second TRUE, result FALSE

first condition FALSE second FALSE , result FALSE

For example:

(5 > 0 && 7 > 4):   it gives the result TRUE because both are true.

5 > 8 && 7 > 4):   it gives the result FALSE because one is false.

Answer: a) Least

Explanation: Pipelining is the process where multiple instruction are to be processed in a parallel way . The most important steps in this process include step like fetching the instruction, decoding it, executing ,reading the instruction and writing it to the memory. So,instruction set is not a very important in the structure of the pipeline.

Answer: (B) &x

Explanation:

Here whenever any variable is stored let it be integer, char, float it is always stored in a memory location assigned as '&'. Here the location where x is stored is denoted as '&x' which means memory address of x. *x means the pointer which is pointing to the memory address of x.

Answer:

Processes

Explanation:

The Windows Task Manager helps us track processes running on the system.

It can be invoked by pressing Ctrl+Alt+Delete and selecting the 'Task Manager' option or by right clicking on the status bar and choosing 'Task Manager' menu item. Besides the running process name it also provides supplementary information about the process such as :

Answer:

a- Reasoning from specific evidence to a general conclusion

Explanation:

Induction is reasoning from specific evidence to a general conclusion.

Answer:

B) Throwable

Explanation:

Great question, it is always good to ask away and get rid of any doubts that you may be having.

There are a wide range of classes on the exception class hierarchy. All the way on the top is the Objects Class but since that is not an available answer we will move on to the next one. The next one is the Throwable class. therefore that is the answer.

**Exception is after Throwable , and Arithmetic Exception is at the bottom.... everything is a class so that is not a part of the hierarchy **

I hope this answered your question. If you have any more questions feel free to ask away at Brainly.

Answer:

Transmission Control Protocol

Explanation:

Transmission Control Protocol is using connectionless services if network layer is providing connection oriented services.

Answer: The major responsibility of a programmer is the development of the computer programs for an organization.

Explanation: Programmers tends to have good programming language knowledge for developing programs according to the need. They are supposed to create coding pieces as per the requirement in a software programming language. They are also have a duty of testing the program code. They should persist the skill of problem solving as well as critical thinking to be a good programmer in a particular organization.

Answer:

Procedure are used to create and modifying the programs. Basically, it is grouping of instruction that can be used give direction of the flow of program. Control are given to the next term once the execution of the instruction get over. The steps of procedure are:

procedure are first executed the declaration instruction and then coding the procedure, then it will return to the directories and the last executable instruction is the termination of procedure.

Answer:

Option A is the right answer. When designing a database the first step is to clearly define the purpose of database. What are the primary goals you want to achieve by building a database for a specific purpose. There are various methods of defining core purpose of database design.

Explanation:

Answer details  

Grade: College

Subject: Computers and Technology

Chapter: Database Design

Keywords: designing database, relations in database, primary key etc

Final answer:

The correct answer is "clearly define the purpose of the database". The first step in designing a database is to clearly define its purpose, which guides all other design decisions such as table organization, relationships, and primary keys.

Explanation:

When designing a database, the first step should always be to clearly define the purpose of the database. This involves understanding its main functions, the kind of data it will contain, and how that data will be used. It's essential to document the purpose of the database, its anticipated users, and the ways in which it is expected to be utilized. This foundational step is critical for guiding subsequent design decisions, such as data modeling, establishing table relationships, and choosing primary keys.

After the purpose is defined, the next steps involve organizing the data efficiently. This includes dividing data into tables to minimize redundancy and establishing table relationships to link related data effectively. Defining primary keys for each table is another crucial step to ensure that each record can be uniquely identified, thus maintaining data integrity and facilitating data retrieval.

Answer:

This file contains encrypted password and other information also such as password expiration values,account and other confidential stuff etc.

Explanation:

In linux this file contains passwords and confidential stuff.

This file is only readable that to by the root account and hence it is secured.

Answer:

import java.util.Arrays;

public class sort{

    public static void main(String []args){

       int[] arr = {2,6,9,1,5,3};

       int n = arr.length;

       Arrays.sort(arr);

       for(int i=0;i<n;i++){

          System.out.println(arr[i]);

       }    

    }

}

Explanation:

first import the library Arrays for using inbuilt functions.

create the main function and define the array with elements.

then, use the inbuilt sort function in java which sort the array in ascending order.

syntax:

Arrays.sort(array_name);

then, use for loop for printing the each sorting element on the screen.

Answer:

 #include <iostream>

using namespace std;

int main()

{

  float radius = 5.4;

  float circumference = 2 * 3.14 * radius;

  float area = 3.14 * radius * radius;

  cout<<"the circumference of the circle is "<<circumference<<endl;

  cout<<"the area of the circle is "<<area<<endl;

  return 0;

}

Explanation:

Include the library iostream for using the input/output instructions.

create the main function and define the variable with value. Then,

use the formula to calculate the circumference and are of circle.

[tex]circumference = 2*\pi *radius[/tex]

[tex]area = \pi * radius^{2}[/tex]

here, choose [tex]\pi = 3.14[/tex]

after that, display the result.

Note: All variable define in float type.

Answer:

srand(time(NULL));

int namesrand = rand() % 100 +1;

Explanation:

srand() is the function which is used for seeding the rand() function.

it defines the starting point different in whenever rand() function executes. Therefore, rand() generate the output different in every execution.

rand() is the function that generates the random number within the range.

for example;

rand() % 20

it generates the random number within the range [0,20).

NOTE: 20 not included in the range and zero is included.

similarly, generate the number between 0 to 99.

rand() % 100.

so, if we add the generated number by one then it ranges become 1 to 100 both included.

Answer:

The number of nodes in a full binary tree of height 2 = 7

Explanation:

At each level k, of the full binary tree there are usually [tex]2^{k} \\[/tex] nodes.

So the full binary tree of height 2 has nodes= [tex]2^{0} \\[/tex] + [tex]2^{1} \\[/tex] + [tex]2^{2} \\[/tex].

which is 7.

A full binary tree of height 2 consists of 7 nodes, including the root and two additional levels of nodes, with each level doubling the number of nodes from the previous level.

A full binary tree of height 2 has a total of 7 nodes. The definition of a full binary tree means that every node has 0 or 2 children. Given that the height (the longest path from the root to a leaf) is 2, this means there are 2 levels below the root. On level 1 (just below the root), there would be 2 nodes (since a full tree must have either 2 or 0 children). On level 2, each of those two nodes from level 1 would themselves have two children, adding 4 more nodes for a total of 6 nodes beneath the root. Including the root itself, which is level 0, brings the total number of nodes to 7.A full binary tree of height 2 has a root node connected to two child nodes, and each child node is connected to two more child nodes. So, the tree has a total of 7 nodes.

Answer:

 #include<iostream>

using namespace std;

int main(){

   int number;

   cout<<"Enter the five-digit number: ";

   cin>>number;

   int result = 0;

   while(number != 0){

       int remainder = number % 10;

       result = result*10 + remainder;

       number = number/10;

   }

   cout<<"The reverse Number is: "<<result<<endl;

   return 0;

}

Explanation:

first, include the library iostream for using the input/output.

Then, create the main function and declare the variables.

Print the message on the screen by using the instruction cout.

Store the value enter by the user in the variable by using cin instruction.

Take the while which runs until the number not equal to zero.

In the while, first, take the remainder of the number by using the operator '%'.

for example:

number = 123 % 10, it gives the value 3 which is the remainder.

after that, we write logic to reverse the number:

initially, remainder =3 and result=0

result = result * 10 + remainder

so, the result will be 3

after that, suppose remainder =2 and result=3 (previous calculated)

result = 3* 10 +2.

so, the result will be 32. so the number is reversed. we store the number in reverse order.

This process continues until the condition is true.

After that, print the output.

Answer:

Key technological trends that heighten ethical concerns are as following :-

1. Declining Storage Costs.

2. Data Analysis Techniques.

3. Doubling of computer power.

4. Networking advances and the internet.

Explanation:

Declining Storage costs-It means that data storage capacity has increased over the years and costs is reduced accordingly.Massive data storage systems are cheap and easily available so local retailers also can have the customers details stored in their systems.

Data Analysis Techniques:-Due to advances in data analysis the companies are able to find much detailed personal information of a person.

Doubling of computer power:-Computer power is doubled every 18 months.We are much more dependent upon the systems and are vulnerable to system errors.

Networking advances and the internet:-People are addicted to internet now a days and there are that they can provide their personal information to any phishing website or mails.

Answer:

void printLarger (int num_1, int num_2){

   //if else statement for checking the condition

   if(num_1 > num_2){

       cout<<num_1<<endl;  //display the output

   }else if(num_1 < num_2){

       cout<<num_2<<endl;  //display the output

   }

}

Explanation:

Create the function with return type void, it means the function returns nothing.

The number will be large if it less than the second number.

The possible condition are:

1. number_1 > number_2: the number_1 will be large.

2. number_1 > number_2: the number_2 will be large.

In the programming, if-else is the conditional statement which is used for checking the condition and gives the output accordingly.

Syntax:

if(condition){

  statement;

} else if(condition){

   statement;

}

when the program executes the if statement checks if condition number_1 > number_2 is true or not if true then print the output.

if the condition false, then the program control move to the else if part and then checks the condition if the condition true then print the output.

Answer:

true

Explanation:

The command:

find -empty -type f -exec rm { } \;

carries out the following steps.

1) Finds all the empty files in the current directory and its subdirectories.

2) For each of the identified files, it executes the command specified as the parameter to exec option,namely, rm <filename>.

So effectively it removes all empty files in the directory tree starting at the current directory.  

Answer:

Extreme programming is a software development technique which is used to enhance software quality and it's response to ever changing customer requirements.

Testing

Testing is main focus in extreme programming.Extreme programming addresses testing in a way that if a minute testing can eliminate a bit of flaws, extensive testing can terminate a lot of flaws.

Evolution in Extreme programming is like this:-

Coding:-First programmers will code the problem.

Testing :- Testing is done to remove flaws.

Listening:- Programmers must listen to the customers to what they need.

Designing:-Then design according to the customer needs.

Answer:

The answer is action eventlistener

Explanation:

It is an event handler and it is easy to implement.In java we call them even listeners it is function or a sub routine or a procedure that waits for an event to occur and respond to an event from a GUI component.