You can use it when like confirming a policy
Discovery of any vulnerability in a software program can potentially be sold to the government: True.
<h3>What is vulnerability?</h3>
Vulnerability is any form of weakness, flaw or defect that is found in a software application, computer system, or network, which can be exploited by an attacker (hacker), in order to gain an unauthorized access and privileges to sensitive user data that are stored in a computer system.
This ultimately implies that, a vulnerability in a software application can potentially be sold to the government, so as to avert and mitigate any form of unauthorized access and privileges to sensitive user data.
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The 3-act structure<span> is an old principle widely adhered to in storytelling today. It can be found in plays, poetry, novels, comic books, short stories, video games, and the movies. It was present in the novels of Conan Doyle, the plays of Shakespeare, the fables of Aesop, the poetry of Aristotle, and the films of Hitchcock. It’s older than Greek dramaturgy. Hollywood and Broadway use it well. It’s irrefutable and bullet-proof, so to speak.
so this means its more basic antagonist protagonist set-up even if the protagonist and antagonist are "CUBES"</span>
The code that carried out the functions indicated above is stated below. It is not be noted that the code is written in C#
<h3>
What is C#</h3>
C# is a type-safe, object-oriented programming language. It is pronounced "see sharp"
<h3>
What is the code for the above task?</h3>
Using System;
public class HoursAndMinutes
{
public static void Main()
{
// declaring minutes variable and assigning 197 as given in question
int minutes = 197;
// outputing the total minutes , hours
Console.WriteLine("{0} minutes is {1} hours and {2} minutes.", minutes, minutes/60, minutes%60);
}
}
// OUT
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Answer:
none of them
Explanation:
the resistor is connected to the + pole of the battery, no circuit shows that.
a 1kΩ resistor would be brown-black-red, not brown black black.
