I have a variable and set it equal to 5. 1 then send it as an argument to a function that adds 5 to the variable passed in. Outside the function print the variable (after the function executes).
What will it print?
A. 5+1
B. 4
C. 6
D. 5

Answer:

CPU, RAM, and Storage

Explanation:

The three hardware components that are inside every computer and are essential for it to function are CPU, RAM, and Storage (HDD, SSD). CPU is basically the brain of the computer where everything is calculated. The RAM is the memory that stores temporary information. Lastly, the Storage device is where the entire operating system and persistent data will be saved and accessed from. 64-bit processors are better simply because they can access more memory at any given time and therefore allows it to manipulate more data at the same time.

Answer:

The "operating system" manages software and hardware on the computer. Uploads files, has great memory and processes management.

Answer:

uh

Explanation:

Answer:

What Sherman needs to configure is:

RIPv2 class D of 240.

Explanation:

Multicast messages are usually dispatched to a select group of hosts on a network and require acknowledgement of the recipients. RIPv2 is a router-based internet protocol for exchanging routing information to the IP address 224.0. 0.9 on a network. It determine the most efficient way to route data on a network and to prevent routing loops.

Answer:

C. RIPv2 class D of 224

Explanation:

Answer:

The program in Python is as follows:

year = int(input("Year: "))

print(year,end=" ")

if (year % 4) == 0:

  if (year % 100) == 0:

      if (year % 400) == 0:

          print("is a leap year")

      else:

          print("is not a leap year")

  else:

      print("is a leap year")

else:

  print("is not a leap year")

Explanation:

This gets input for year

year = int(input("Year: "))

This prints the year, input by the user

print(year,end=" ")

Check if year is divisible by 4 --- step 1

if (year % 4) == 0:

If step 1 is true, check if year is divisible by 100 -- step 2

  if (year % 100) == 0:

If step 2 is true, check if year is divisible by 400 -- step 3

      if (year % 400) == 0:

If yes, print leap year --- step 4

          print("is a leap year")

      else:

If otherwise, print not leap year --- step 5

          print("is not a leap year")

If step 3 is not true, print leap year

  else:

      print("is a leap year")

If step 1 is not true, print not leap year

else:

  print("is not a leap year")

Answer:

The answer is below

Explanation:

There are several components of operating systems, this may be based on the specific types of Operating systems. However, here are some of the major components.

1. Kernel: it delivers the primary level of control on all the computer peripherals.

2. Process Execution: it serves as a connection between the hardware and application program

3. Interrupt: it provides a dependable technique for the OS to transmit & respond to their surroundings.

4. Memory Management: it regulates main memory and then moves processes between disk & main memory during implementation.

5. Multitasking: it interprets the activities of many independent computer programs on a similar computer system.

6. Networking: it defines the interaction of processor through communication lines

7. Security: it protects the activities of other processes going in the system

8. User Interface: it provides permission for a computer operator to get the information.

Answer:

The modern computer system has been evolutionary. Modern computers have allowed for us to complete hard tasks rather easily. With modern computers, we are able to calculate advanced equations with the click of a button. Trends in computing like RTX can rapidly improve performance, rendering, and tons of other graphical heavy actions. In September of 2018, we got the first RTX card, now in 2021, RTX has become exponentially better than what it was in 2018. With the modern computers comes quantum computers. Quantum computing is estimated to be 100 million times faster than any modern computer. IBM, the company to make the first computer stated that we are in the decade of quantum computing. And who knows? Maybe quantum computing will come sooner rather than later.

Explanation:

You probably should modify this a little so you don't get in trouble. I researched each topic I put into this for about an hour so I hope this is what you need. If it isn't, please don't hesitate to tell me what I didn't add or what went wrong.

Have a good day :)

Answer and Explanation:

The program using Assembly language to calculate maximum value in array is given as below:

.data

space: .asciiz " "

X: .word 31, 17, 92, 46, 172, 208, 13, 93, 65, 112

N: .word 10

.text

main: la $a0, X #$a0=load address of array X

lw $a1, N #$a1=10 --number elements

jal readArray #call readArray

li $v0, 10 #exit program

syscall

readArray:

li $t0, 0 #$t0=0

li $t1, 0 #$t1=0

buc: bge $t0, $a1, final #if $t0 >= $a1 then goto final

lw $a0, X($t1) #$a0 = X(i)

li $v0, 1 #Print integer

syscall

la $a0, space #load a space: " "

li $v0, 4 #print string

syscall

addi $t1, $t1, 4 #Every 4 bytes there is an integer in the array

addi $t0, $t0, 1 #$t0=$t0+1

b buc #goto buc

final:

jr $ra #return

The algorithm which are the steps used above is:

Declares array of integers

Calls declared array

Reads declared array and compares integer values stored with if statements to make swap

prints array

Exits

Answer:

Explanation:

The Rectangle class was not provided in this question but after a quick online search I was able to find the class code. Due to this I was able to create a test code in the main Method of my program to create a Rectangle object and call it's display() method. The Test code and the output can be seen in the attached image below. While the code below is simply the Main Test Program as requested.

class Brainly {  

   public static void main(String[] args) {

       Rectangle rectangle = new Rectangle(20, 8);

       rectangle.display();

   }

}

Answer:

The answer might be C.

Explanation:

Virtualization software (hyper-v, vm ware, virtual box) has a power button to power on the virtual machine, so in the real world you would press the power button. But the virtual CPU is the closet thing to a power button.

Answer:

explain the role importance of communication in economic development of Nepal?

Answer:

Domain integrity constraint and Entity integrity constraint

Explanation:

Data integrity constraints protect the quality of data by ensuring data doesn't lose its integrity, validity, or consistency when there is update to data. Data integrity constraints are rules applied to table columns in DBMS systems to prevent any unintentional damage to data. There are four types of data integrity constraints: domain integrity constraint, entity integrity constraint, referential integrity constraint, and key constraint.

Domain integrity constraint applies rules to protect against the values or attributes in the table column.

Entity integrity constraint applies rules to protect the uniqueness of rows in the table.

Answer:

b. The IP address of the server the process is typically accessing has changed

Explanation:

IP address stands for Internet Protocol address. It refers to a numerical value which is assigned to a every device which is connected to a computer network using the internet protocol for any communication.

Every device is allotted a unique IP address number.

In the context, Keely who works on an automation tool suddenly gets an error message that the account has been locked. This is mainly due to the changed in the IP address of the server that accesses the process.

The account gets closed or clocked whenever the IP address of the server changes.

Therefore, the correct option is (b).

Along with the "To" field of an email, you will usually have a place to enter email addresses in a CC field. CC stands for "carbon copy."

Hope this helps! Please mark me as brainliest!

Have a wodnerful day!

Answer:

A line of code to create a constant called MAX that will hold the size of an array that can store up to 25 decimal values. Separate each item with 1 space, and end the line with a semi-colon.

Here,

const int MAX = 25;

Answer:

The answer is "System accounts and contingent ID".

Explanation:

The system accounts are indeed a user account established after installation by an operating system and used for just a specific os objective.

The Contingent IDs are established as identities just at an initial stage but remain unattached until there is a serious power failure. Individuals access to them after any breakdown and they'll become active and is used by people.

Answer:

The description of this capability is:

d. Horizontal scaling

Explanation:

The capability that Brandon has achieved is horizontal scaling, which involves the increasing of the resources of cloud applications to meet his increasing demand for cloud services.  Vertical scaling involves the addition or subtraction of power to a cloud server, which practically upgrades the memory, storage, or processing power.  But to scale horizontally, more resources are added or subtracted.  The purpose of horizontal scaling is to spread out or in the workload of existing resources and either increase or decrease overall performance and capacity.

Answer:   1.)  You can use a USB WiFi adapter, install a dedicated PCIe WiFi card, or upgrade to a new motherboard with built-in WiFi. (That's three solutions but just want to give you flexibility with your problem.)

Answer:    2.)  None of the processors would fit because they all have different series sockets. (The i5 processors have LGA1151 sockets and the i3 has an LGA1156 socket.)

Explanation: 1.)  Usb WiFi adapter, dedicated PCIe WiFi card, OR a new motherboard with built-in WiFi

                     2.)  None of the processors work

Answer:

I think the answer is USB Ports

Answer:

b. an array.

Explanation:

An array can be defined as a set of memory locations (data structure) that comprises of a group of elements with each memory location sharing the same name. Therefore, the elements contained in array are all of the same data type e.g strings or integers.

Basically, in computer programming, arrays are typically used by software developers to organize data, in order to search or sort them. Also, the elements of an array are always stored in contiguous memory locations.

Basically, it's a data structure which comprises a fixed-size collection of variables each typically holding a piece of data and belonging to the same data type such as strings or integers.

In Computer programming, when more than one variable of the same type, having the same name, are grouped together and referenced via an integer value, it constitute an array.

This ultimately implies that, when a programmer wishes to store a group of related data (elements) of the same type, he or she should use an array.

Answer:

C. Incremental backup

Explanation:

An incremental backup is a type of backup where the succeeding copies of the data is made up of only those positions that have changed since the previous or prior copies were made. Such backups are desired since they limit the usage of space for storage and these types of back ups are faster to do that the differential backup.

When we bring this explanation to this question, we can easily see that the backup that is being carried out is done on everything that has changed since the last backup (previous backup). Therefore this is an incremental backup.

Answer:

Explanation:

The following is written in Java. The first DrivingCost function requested in the question cannot be made and will not work because the cost cannot be calculated without the miles driven being input as a seperate variable. The second DrivingCost function with all three variables was created and tested using the example in the question. The test and output can be seen in the attached image below highlighted in red.

   public static float DrivingCost(float drivenMiles, float milesPerGallon, float dollarsPerGallon) {

       float gallonsUsed = drivenMiles / milesPerGallon;

       float cost = dollarsPerGallon * gallonsUsed;

       return cost;

   }

Answer:

Explanation:

The code below was coded in Java. It uses a loop to read 7 input integers and saves each one in an ArrayList called myList. Then it uses the Arrays built-in Java class to print out all the values in the arraylist. The code is tested and the output can be seen in the attached image below.

import java.util.ArrayList;

import java.util.Arrays;

import java.util.Scanner;

class Brainly {

   public static void main(String[] args) {

       Scanner in = new Scanner(System.in);

       ArrayList<Integer> myList = new ArrayList<>();

       for (int i = 0; i< 7; i++) {

           int num = in.nextInt();

           myList.add(num);

       }

      System.out.println(Arrays.toString(myList.toArray()));

   }

}

Answer:

C) By using OR function

Explanation:

Given

Employees database

Required

Check for employees that are continuous in work or not depending on age

The solution to this question lies in the question itself.

From the question, we are to check for

....employees that are continuous in work or not depending on age

Notice that the question does not imply the usage of an if-function but, the usage of an or function as indicated by the text in bold.

So.

If an employee is continuous in work, the function will return true

If an employee does not depend on age limit, the function will return true

The function will return false, if both conditions are not true

Answer:

yho

Explanation:

hayi no ntwana.... lala boy

Answer:

prevents incorrectly accessing elements outside of an array's range.

Explanation:

The enhanced for loop prevents incorrectly accessing elements outside of an array's range. This type of loop is also called a For Each Loop. This is because this loop automatically loops through each element in the given array and grabs that element, then it performs whatever instructions are inside of the loop's body to that element before moving on to the next available element. This way there is no numbered indexing that needs to be provided and therefore prevents the loop from accidentally trying to access an index that does not exist in the array.