Answer:
Do not panic.
Hold your steering wheel tightly.
Steer straight ahead.
Stay on the shoulder.
Ease up on the accelerator and brake gently.
When you can safely do so, turn back on the road at a low speed.
Explanation:
Answer:
public class num3 {
public static String swapValues(int userVal1, int userVal2){
int temp = userVal2;
userVal2 = userVal1;
userVal1 = temp;
return(userVal1+", "+userVal2);
}
public static void main(String[] args) {
int val1 = 5;
int val2 = 8;
System.out.println("Original values");
System.out.println(val1+", "+val2);
System.out.println("Swapped Values");
System.out.println(swapValues(val1,val2));
}
}
Explanation:
- The problem is solved with Java programming language
- Define the method swapValues() to accept two ints and return a String
- Within the method body, create a temp variable to hold the value of userVal2 temporary
- Do the following re-assignment of values userVal2 = userVal1; userVal1 = temp;
- Return the concatenated String userVal1+", "+userVal2
- Create two variables and initialize them in the main method
- Output their values
- Call swapValues() aand output the swapped values
Answer:
A zero-day attack.
Explanation:
A Zero-day vulnerability is a computer-software vulnerability that is unknown to, or unaddressed by, the security community or software developer or even the vendor of the target software. Until the vulnerability is mitigated, hackers can exploit it to adversely affect computer programs, data, additional computers or a network.
An exploit directed at a software with zero-day vulnerability & exploiting this vulnerability is called a zero-day exploit, or zero-day attack.
