Answer:
b. Acceptance
Explanation:
<em>"Acceptance </em><em>of risk is the choice to do nothing to protect an information asset and to accept the outcome of its potential exploitation. </em><em>"</em>
<em>Acceptance Control </em>is important as a strategy when an organization has accomplished a determined level of risk, or it has estimated potential damages that might happen due to attacks, or the organization has developed a thorough analysis related to cost benefits, or it has also evaluated the probabilities of attacks.
Answer:
import java.util.Scanner;
public class Speed{
int speed;
public Speed(int speed){
this.speed = speed;
}
public void checkSpeed(){
if(speed >= 24 || speed <= 56){
System.out.println("Speed is normal");
}
else
System.out.println("Speed is abnormal");
}
public static void main(String...args){
Scanner input = new Scanner(System.in);
int userSpeed = 0;
System.out.println("Enter a speed: ");
userSpeed = input.nextInt();
Speed obj1 = new Speed(userSpeed)
obj1.checkSpeed();
}
Explanation:
Answer:
A. Acceptable use policies
Explanation:
These specific actions that the user may perform are all described in the acceptable use policy. The company usually requires that the user read and sign this policy before being granted a network ID into the system itself. By signing this agreement the individual user agrees to perform ONLY the actions listed in the agreement and nothing else and are restricted from unauthorized areas.
When an individual user works in stand-alone mode, the workstation performs all the functions of a server by storing, accessing, and processing data as well as providing a user interface.
CORRECT QUESTION:
For the given program, how many print statements will execute?
public static void printShippingCharge(double weight) { if((weight > 0.0) && (weight <= 10.0)){ System.out.println(weight * 0.75); }
else if((weight > 10.0) && (weight <= 15.0)) { System.out.println(weight * 0.85); }
else if((weight > 15.0) && (weight <= 20.0)) { System.out.println(weight * 0.95); } }
public static void main(String args[]) {
printShippingCharge(18);
printShippingCharge(6);
printShippingCharge(25); }
Answer:
Two of the print statements will output values
Explanation:
These two calls to the printShippingCharge are the ones that will output values: printShippingCharge(18); and printShippingCharge(6);
The first if statement is true when the value of weight is 6 (weight > 0.0) && (weight <= 10.0)
The Third if statement is true when weight is 18 (weight > 15.0) && (weight <= 20.0)
NOTE: That I made correction to the variable weight. The question isn't consistent with the variable name. It used weight and itemWeight at different points this will lead to a compiller error
