Which of the following functions DOES NOT have a memory leak? Select one: void func(string word) { int* ptr = new int[2]; ptr[0] = word.size(); delete ptr; } void func(string word) { int* ptr = new int; *ptr = word.size(); } void func(string word) { int* ptr = NULL; int len = word.size(); ptr = &len; cout << "Length of " << word << " is " << *len << endl; }

Fix the errors and send the code please // Application allows user to enter a series of words // and displays them in reverse order import java.util.*; public class DebugEight4 {    public static void main(String[] args)    {       Scanner input = new Scanner(System.in);       int x = 0, y;       String array[] = new String[100];       String entry;       final String STOP = XXX;       StringBuffer message = new           StringBuffer("The words in reverse order are\n");             System.out.println("Enter any word\n" +       "Enter  + STOP +  when you want to stop");       entry = input.next();       while(!(entry.equals(STOP)))       {          array[x] = entry;          ++x;          System.out.println("Enter another word\n" +          "Enter " + STOP + " when you want to stop");          entry = input.next();       }       for(y = x - 1; y > 0; ++y)       {          message.append(array[y]);          message.append("\n");       }       System.out.println(message) }

Is there any advantage to utilising vectors instead of arrays?

Develop a Java function that returns the index of a value in a sorted array. It should return -1 if the value does not exist in the array.

When you move the pointer too quickly, a phenomena known as submarineing happens when the cursor vanishes.

Rewrite the determineAdmission Fee function using a dictionary data structure such that it produces the same output when the program is run. #Determine an admission fee based on age group. def main(): print("Enter the person's age group ", end=""") ageGroup=input("(child, minor, adult, or senior): " print("The admission fee is", determineAdmission Fe def determineAdmission Fee(ageGroup): if ageGroup == "child": return 0 elif ageGroup == "minor": return 5 # age 6 to 17, $5 elif ageGroup == "adult": return 10 # age 18 to 64, $10 elif ageGroup == "senior": return 8 # age >= 65, $8