Answer:
Either A or C
Explanation:
.........................
The generic term for a mode or method of malware infection is vector. The term vector denotes the method that this code uses to propagate itself or infect a computer. It is the unauthorized access that can be gained to a device or a network by hackers for nefarious purposes.<span> The number of different </span>malware infection vectors<span> is constantly evolving.</span>
<u>Windowing</u> is the detection of events that fall inside a specified set of parameters, such as within or outside of a specified time frame.
<h3>What is windowing?</h3>
Windowing is the process of processing and analysing a small subset of a bigger dataset. The rectangular window is a crude method that merely truncates the dataset before and after the window without altering the contents of the window in any way.
A windowing system allows many apps to simultaneously share a computer's graphical display presentation resources. You might want to utilise several programmes simultaneously on a computer with a graphical user interface (GUI) (this is called task).
Therefore, windowing is detection of events within a given set of parameters, such as within a given time period or outside a given time period.
To know more about Graphucal user interface, visit: brainly.com/question/14758410
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Answer:
import java.util.Scanner;
public class ANot {
public static void main(String[] args) {
Scanner input = new Scanner(System.in);
System.out.println("Please Enter the number of fuel gallons in the car's tank: ");
int numGallons = input.nextInt();
System.out.print("What is the fuel efficiency of your car in miles/gallon ");
double fuelEffi = input.nextDouble();
System.out.print("How much is the price per gallon: ");
double price = input.nextDouble();
double milesCanGo = fuelEffi*numGallons;
double numOfGallons100Miles = 100/fuelEffi;
System.out.println("The cost per 100 miles is "+numOfGallons100Miles*price);
System.out.println("Your car can go as far as "+milesCanGo+" miles with the current fuel " +
"in your tank");
}
}
Explanation:
Using Java programming language;
- Import the Scanner class to receive user input
- Prompt user to input numofGallons, fuelEfficiency and pricePerGallon
- Calculate the miles the car can go with the formula milesCanGo = numofGallons X fuelEfficiency
- Calculate the number of gallons for 100 miles distance (100/fuelEfficiency)
- The cost of driving 100 miles is (100/fuelEfficiency)*pricePerGallon
- Output cost for 100 miles and how far the car can go.