differentiate between system software and application software

Answer:

Explanation:

The IDE of Visual Studio 2008 contains numerous components, and it will take you a while to explore them. It’s practically impossible to explain in a single chapter what each tool, window, and menu command does. We’ll discuss specific tools as we go along and as the topics get more and more advanced. In this section, I will go through the basic items of the IDE — the ones we’ll use in the following few chapters to build simple Windows applications.

The IDE of Visual Studio 2008 contains numerous components, and it will take you a while to explore them. It’s practically impossible to explain in a single chapter what each tool, window, and menu command does. We’ll discuss specific tools as we go along and as the topics get more and more advanced. In this section, I will go through the basic items of the IDE — the ones we’ll use in the following few chapters to build simple Windows applications.The IDE of Visual Studio 2008 contains numerous components, and it will take you a while to explore them. It’s practically impossible to explain in a single chapter what each tool, window, and menu command does. We’ll discuss specific tools as we go along and as the topics get more and more advanced. In this section, I will go through the basic items of the IDE — the ones we’ll use in the following few chapters to build simple Windows applications.

The Edit menu contains the usual editing commands. Among these commands are the Advanced command and the IntelliSense command. Both commands lead to submenus, which are discussed next. Note that these two items are visible only when you’re editing your code, and are invisible while you’re designing a form.

Answer:

Three common automatic formatting for documents are...

Margin justification- where text is aligned to both the left and right margin- producing a neat page

Paragraph justification- where paragraphs are not split as they go over the page- but are moved to the next page in one piece.

Tabular justification- where text is indented or aligned at a 'tab stop'. - to emphasise a paragraph.

The 3 methods used in Microsoft word to auto format are; Margin Justification, Tabular Justification, Paragraph Justification

In Microsoft word, there are different ways of formatting a text and they are;

Read more about Formatting in Microsoft Word at: https://brainly.com/question/25813601

Answer:

I dont know the answer

Explanation:

I dont know the answer

answer:

internet protocol?

explanation:

Answer: The process of translation instructions expressed in a higher-level language into machine instructions (sometimes translating into Assembly language as an intermediate step) is called compilation, using a tool called a Compiler.

Explanation:

Answer:

B. Naruto

Explanation:

Answer:

xy-1

Explanation:

Given expression is :

[tex]x^2-y^2=1[/tex] ..(1)

We need to find the value of [tex]\dfrac{dy}{dx}[/tex].

Differentiating equation (1) wrt x.

[tex]\dfrac{d}{dx}(x^2-y^2)=1\\\\2x-2y\times \dfrac{dy}{dx}=0\\\\2y\times \dfrac{dy}{dx}=2x\\\\y\times \dfrac{dy}{dx}=x\\\\\dfrac{dy}{dx}=\dfrac{x}{y}[/tex]

or

[tex]\dfrac{dy}{dx}=xy^{-1}[/tex]

Hence, the correct option is (c) "xy-1".

Answer:

A habitat is a place where an organism makes its home. A habitat meets all the environmental conditions an organism needs to survive.

Explanation:

Answer:

c

Explanation:

i think i leard it out my old shcool

Answer: 1. The steps of opening the case of a working computer as follows:

2. power off the device.

3. unplug its power cable.

4. detach all the external attachments and cables from the case.

5. Remove the retaining screws of the side panel.

6. Remove the case's side panel.

Explanation:

Answer:

copyright

Explanation:

Copyright protects intellectual property. If you own a copyright, you own the legal rights to said property.

Answer:copyright

Explanation:

Answer:

jskjsjsjsjskdmsnjsnsnsns

Answer:

def main():

   pwd = input("Password: ")

   print("Length: "+str(check_length(pwd)))

   print("Case: "+str(check_case(pwd)))

   print("Content: "+str(check_content(pwd)))

def check_length(pwd):

   lent = len(pwd)

   if lent < 8:

       return 1

   elif lent >=8 and lent <= 11:

       return 2

   else:

       return 3

def check_case(pwd):

   if(pwd.isupper() or pwd.islower()):

       return 1

   else:

       return 2

def check_content(pwd):

   if(pwd.isalpha()):

       return 1

   elif(pwd.isalnum()):

       return 2

   else:

       return 3

if __name__ == "__main__":

   main()

Explanation:

The main begins here

def main():

This prompts the user for password

   pwd = input("Password: ")

This calls the check_length function

   print("Length: "+str(check_length(pwd)))

This calls the check_case function

   print("Case: "+str(check_case(pwd)))

This calls the check_content function

   print("Content: "+str(check_content(pwd)))

The check_length function begins here    

def check_length(pwd):

This calculates the length of the password

   lent = len(pwd)

If length is less than 8, it returns 1

   if lent < 8:

       return 1

If length is less than between 8 and 11 (inclusive), it returns 2

   elif lent >=8 and lent <= 11:

       return 2

If otherwise, it returns 3

   else:

       return 3

The check_case function begins here    

def check_case(pwd):

If password contains only uppercase or only lowercase, it returns 1

   if(pwd.isupper() or pwd.islower()):

       return 1

If otherwise, it returns 2

  else:

       return 2

The check_content function begins here

def check_content(pwd):

If password is only alphabet, it returns 1

   if(pwd.isalpha()):

       return 1

If password is only alphanumeric, it returns 2

   elif(pwd.isalnum()):

       return 2

If otherwise, it returns 3

   else:

       return 3

This calls the main function    

if __name__ == "__main__":

   main()

Answer:

True

Explanation:

Carriage on purchases is carriage inward. Explanation: Carriage inwards refers to the transportation costs required to be paid by the purchaser when it receives merchandise it ordered with terms FOB shipping point. Carriage inwards is also known as freight-in or transportation-in.

:)

Answer:

abacus . Mesopotamia or China, possibly several thousand years BCE. ...

binary math . Pingala, India, 3rd century BCE. ...

punched card . Basile Bouchon, France, 1725. ...

Explanation:

:)

Answer:

from datetime import time, datetime, timedelta, date

for _ in iter(list, 0):

   t1 = input("Please enter time one: ")

   t2 = input("Please enter time two: ")

   if t1.isdigit() == True and (int(t1[:2])<=23 and int(t1[2:]) <= 59)\

       and t2.isdigit() == True and (int(t2[:2])<= 23 and int(t2[2:])<=59):

       time_1 = time(hour=int(t1[:2]), minute=int(t1[2:]))

       time_2 = time(hour= int(t2[:2]), minute=int(t2[2:]))

       if time_1 > time_2:

           diff = datetime. combine (date. today( ), time_1) - datetime. combine(date. today ( ), time_2)

       else:

           diff = datetime. combine (date. today( ), time_2) -datetime. combine(date. today ( ), time_1)

       diff_list = str(diff).split(":")

       del diff_list[2]

       diff_t = "". join (diff_list)

       print(diff_t)

       break        

   if t1.isdigit() == False or t2.isdigit() == False:

       print("Military Time Forest Required: Bad input, try again.")

       continue

   elif int(t1[:2])> 23 or int(t2[:2])> 23:

       print("Military Tine Format Required: Hours must be between 00 and 23, try again")

       continue

   elif int(t1[2:])> 59 or int(t2[2:])> 59:

       print("Military Tine Format Required: Minutes must be between me and 59, try again")

       continue

Explanation:

The python Datetime package is used to manipulate date and time, creating immutable Datetime objects from the various python data types like integer and string. The block of code above is a conditional for-loop statement that gets two user time value inputs and prints out the difference as a string in Military forest time format.

Answer: uneducated

Explanation:

uneducated

Explanation:

Disk Error Checking in Windows 10

In Windows 8, Microsoft has redesigned chkdsk utility – the tool for detecting and fixing disk corruption. In Windows 8, Microsoft introduced a file system called ReFS, which does not require an offline chkdsk to repair corruptions – as it follows a different model for resiliency and hence does not need to run the traditional chkdsk utility.

The disk is periodically checked for file system errors, bad sectors, lost clusters, etc., during Automatic Maintenance and you now no longer need to really go and run it. In fact, Windows 8 now even exposes the state of the file-system and disk via the Action Center or under the Drive properties in File Explorer. If potential errors are found, you will be informed about it. You can continue to use the computer, while the scan is carried out in the background. If errors are found, you may be prompted via a notification to restart your computer.

Read: How to cancel ChkDsk in Windows.

Windows found errors on this drive that need to be repaired

At times you may see a message – Windows found errors on this drive that need to be repaired. If you see it, you may want to manually run a scan. Earlier you had to schedule Disk Error Checking for the system drive and for drives which had files or processes or folders opened. In Windows 10/8, error checking starts right away, even on the system drive – and it longer needs to be scheduled at start-up. Only if some errors are found, will you have to restart to let Windows 10/8 fix the errors.

How to run CHKDSK in Windows 10

To begin the scan, right-click on the Drive which you wish to check and select Properties. Next, click on Tools tab and under Error-checking, click on the Check button.  This option will check the drive for file system errors.

If the system detects that there are errors, you will be asked to check the disk. If no errors are found, you will see a message – You don’t need to scan this drive. You can, nevertheless, choose to check the drive. Click on Scan drive to do so.

Answer:

There are at least five areas that are covered by computer applications, and five of those are business, government, military, manufacturing, and music. There are also other areas such as scientific and the role of technology in our society is growing annually.

Computers have now for several decades brought automation to the table in small, medium, and large businesses. There are word processing and spreadsheet applications for small businesses all the way up to enterprise-wide applications that cover every aspect of a large business such as accounting, inventory, shop floor, management, and feature real-time reporting capability that can give a snapshot glimpse of the financial position of a company at any point in time.

The government has a wide variety of computer applications. Government uses many of the same tools as small to large businesses in desktop type applications and many that are much more advanced that are used in the military.  Manufacturing applications involve computer-aided design and applications that are used to track production from the time a raw material is moved into the warehouse all the way to the production floor and back into the warehouse as a finished good.  

Military only applications include systems that use GPS in missiles to hone in on targets from miles away. There are all kinds of other applications some of which are secret in nature and the public does not become aware of these until a war is underway. Computer applications in music can help to transcribe and compose music as well as provide accompaniment for a musician to practice with.  

Expect the number of computer applications in all of these fields to become more common in the future. Expect many applications to take the place of people to save money in a cash-crunched economy where everyone is looking for more ways to save money and cut costs.

Explanation:

Answer:

In C++:

#include <iostream>

using namespace std;

int main(){

   int userScore = 0;

   string simonPattern, userPattern;

   cout<<"Simon Pattern: ";    cin>>simonPattern;

   cout<<"User Pattern: ";    cin>>userPattern;

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

       if(simonPattern[i]== userPattern[i]){

           userScore++;        }

       else{            break;        }

   }

   cout<<"Your value: "<<userScore;

   return 0;

}

Explanation:

This initializes user score to 0

   int userScore = 0;

This declares simonPattern and userPattern as string

   string simonPattern, userPattern;

This gets input for simonPattern

   cout<<"Simon Pattern: ";    cin>>simonPattern;

This gets input for userPattern

   cout<<"User Pattern: ";    cin>>userPattern;

This iterates through each string

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

This checks for matching characters

       if(simonPattern[i]== userPattern[i]){

           userScore++;        }

This breaks the loop, if the characters mismatch

       else{            break;        }

   }

This prints the number of consecutive matches

   cout<<"Your value: "<<userScore;

Answer:

The following are design problems associated with the Alexander Graham Bell slide:

The slide contains too much text.

The slide does not have an image or visual aid.

The background makes it hard to read the text.

The slide does not have enough empty space.

Explanation:

Answer:

It's not ABDE, it's ABE

Explanation:

i tried it

Answer:

#include <iomanip>

#include<iostream>

using namespace std;

int main(){

char name[100];

float classp, test, assgn, exam, prctscore,ave;

cout<<"Student Name: ";

cin.getline(name,100);

cout<<"Class Participation: "; cin>>classp;

while(classp <0 || classp > 100){  cout<<"Class Participation: "; cin>>classp; }

cout<<"Test: "; cin>>test;

while(test <0 || test > 100){  cout<<"Test: "; cin>>test; }

cout<<"Assignment: "; cin>>assgn;

while(assgn <0 || assgn > 100){  cout<<"Assignment: "; cin>>assgn; }

cout<<"Examination: "; cin>>exam;

while(exam <0 || exam > 100){  cout<<"Examination: "; cin>>exam; }

cout<<"Practice Score: "; cin>>prctscore;

while(prctscore <0 || prctscore > 100){  cout<<"Practice Score: "; cin>>prctscore; }

ave = (int)(classp + test + assgn + exam + prctscore)/5;

cout <<setprecision(1)<<fixed<<"The average score is "<<ave;  

return 0;}

Explanation:

The required parameters such as cin, cout, etc. implies that the program is to be written in C++ (not C).

So, I answered the program using C++.

Line by line explanation is as follows;

This declares name as character of maximum size of 100 characters

char name[100];

This declares the grading items as float

float classp, test, assgn, exam, prctscore,ave;

This prompts the user for student name

cout<<"Student Name: ";

This gets the student name using getline

cin.getline(name,100);

This prompts the user for class participation. The corresponding while loop ensures that the score s between 0 and 100 (inclusive)

cout<<"Class Participation: "; cin>>classp;

while(classp <0 || classp > 100){  cout<<"Class Participation: "; cin>>classp; }

This prompts the user for test. The corresponding while loop ensures that the score s between 0 and 100 (inclusive)

cout<<"Test: "; cin>>test;

while(test <0 || test > 100){  cout<<"Test: "; cin>>test; }

This prompts the user for assignment. The corresponding while loop ensures that the score s between 0 and 100 (inclusive)

cout<<"Assignment: "; cin>>assgn;

while(assgn <0 || assgn > 100){  cout<<"Assignment: "; cin>>assgn; }

This prompts the user for examination. The corresponding while loop ensures that the score s between 0 and 100 (inclusive)

cout<<"Examination: "; cin>>exam;

while(exam <0 || exam > 100){  cout<<"Examination: "; cin>>exam; }

This prompts the user for practice score. The corresponding while loop ensures that the score s between 0 and 100 (inclusive)

cout<<"Practice Score: "; cin>>prctscore;

while(prctscore <0 || prctscore > 100){  cout<<"Practice Score: "; cin>>prctscore; }

This calculates the average of the grading items

ave = (int)(classp + test + assgn + exam + prctscore)/5;

This prints the calculated average

cout <<setprecision(1)<<fixed<<"The average score is "<<ave;  

Answer:

it is d slide

Explanation:

Answer:

Explanation:

The following class code is written in Java and includes all of the required methods as requested in the question...

package sample;

class GasTank {

   private double amount = 0;

   private double capacity;

   public GasTank(double initialAmount) {

       this.capacity = initialAmount;

   }

   public void addGas(double addAmount) {

       this.amount += addAmount;

       if (amount > capacity) {

           amount = capacity;

       }

   }

   public void useGas(double subtractAmount) {

       this.amount -= subtractAmount;

       if (amount < 0) {

           amount = 0;

       }

   }

   public boolean isEmpty() {

       return (amount < 0.1);

   }

   public boolean isFull() {

       return (amount > capacity - 0.1);

   }

   public double getGasLevel() {

       return amount;

   }

   public double fillUp() {

       double difference = capacity - amount;

       amount = capacity;

       return difference;

   }

}

Answer:

Explanation:

PowerPoint is a software that allows user to create headers as well as footers which are information usually appears at the top of the slides and the information that appears at the bottom of all slides. Headers and footers are useful when making presentation in these ways:

✓ Both provide quick information about one's document/ data clearly in a predictable format. The information that is provided by the Header and footers typically consist of ;

©name of the presenters,

©the presentation title

©slide number

©date and others.

✓ They help in setting out different parts of the document.

✓Since the Headers and footers can appear on every slide, corporate confidentiality as well as copyright information can be added to footer area to discourages those that can steal ones secrete.