Which of the following is an example (or examples) of a correct way to use a generic type? (you may select zero, one, or more answers) a. ArrayList b. ArrayList C. ArrayList

1Code a JavaScript callback function for the Array.map method to ('Yu Yamaguchi') evaluate an array of integersidentify the integers that are Prime numbersreturn the Prime numbers in the new array 2 Code a JavaScript callback function for the Array.reduce method to evaluate an array of integersdetermine the smalles integerreturn the smalles integer Note: if there are identical integers, the function is to return the last one.

Method Details getCountInRange public static int getCountInRange​(int[] array, int lower, int upper) Returns the number of values in the range defined by lower (inclusive) and upper (inclusive) Parameters: array - integer array lower - lower limit upper - upper limit Returns: Number of values found  Throws: java.lang.IllegalArgumentException - if array is null or lower is greater than upper Any error message is fine (e.g., "Invalid parameters(s)")

Part 5. Operator Overload: add Next, you will add the ability to use the addition operator (+) in conjunction with Simpy objects and floats. You will implement add such that the left-hand side operand of an addition expression can be either a simpy object or a float value using a Union type. The add_method should return a new Simpy object and should not mutate the object the method is called on. When the right-hand side of an addition expression is also a simpy object, you should assert that both objects' values attributes have equal lengths. Then, you should produce a new simpy object where each item in its values attribute corresponds to the items of the original Simpy objects at the same index added together. For example: a = Simpy([1.0, 1.0, 1.0]) b = Simpy([2.0, 3.0, 4.0]) c = a + b print(c) # Output: Simpy([3.0, 4.0, 5.0]) When the right-hand side of an addition expression is a float value, you should produce a new simpy object where each item corresponds to the item at the same…

İn C Language pls help #include <stdio.h>#include <stdlib.h>#include <string.h> typedef struct ArrayList_s{    void **list;    int size;    int capacity;    int delta_capacity;} ArrayList_t, *ArrayList; ArrayList arraylist_create(int capacity, int delta_capacity){    ArrayList l;    l = (ArrayList)malloc(sizeof(ArrayList_t));    if (l != NULL)    {        l->list = (void **)malloc(capacity * sizeof(void *));        if (l->list != NULL)        {            l->size = 0;            l->capacity = capacity;            l->delta_capacity = delta_capacity;        }        else        {            free(l);            l = NULL;        }    }    return l;} void arraylist_destroy(ArrayList l){    free(l->list);    free(l);} int arraylist_isempty(ArrayList l){    return l->size == 0;} int arraylist_isfull(ArrayList l){    return l->size == l->capacity;} int arraylist_set(ArrayList l, void *e, int index, void **replaced){    if (!arraylist_isfull(l))    {…

Classes, Objects, Pointers and Dynamic Memory Program Description: This assignment you will need to create your own string class. For the name of the class, use your initials from your name.  The MYString objects will hold a cstring and allow it to be used and changed. We will be changing this class over the next couple programs, to be adding more features to it (and correcting some problems that the program has in this simple version). Your MYString class needs to be written using the .h and .cpp format. Inside the class we will have the following data members: Member Data Description char * str pointer to dynamic memory for storing the string int cap size of the memory that is available to be used(start with 20 char's and then double it whenever this is not enough) int end index of the end of the string (the '\0' char) The class will store the string in dynamic memory that is pointed to with the pointer. When you first create an MYString object you should…