in c++ You will have to write a program but instead of having 1 objective you will write code snippets with informative COUTS and comments as to what part of the code corresponds to which part of the assignment. This lab uses Mug you can get a copy of Mug.h and Mug.cpp here. https://drive.google.com/drive/folders/1Jr3QmSoZlOGCHdWwSGE91tisA1x8Rwax

Task 1: In code create and initialize an 2 ints, a double, a char, and a mug (in that order)

Task 2: In code Create 5 pointers to the 5 variables created in Task 1

Task 3: In code Print out the 5 memory locations of your variables. For the char* type you have to cast it (otherwise itll think its a C-stringmore on this later) For example if you have a char* k that holds the memory address of a char variable, you would cout it by saying static_cast(k).

Task 4: In code Print out the size of each variable type: int, double, char, and mug, by using the sizeof(). For example, if I have an int x, I can print out sizeof(x) and it will give me the number of bytes in memory x takes up. THIS MIGHT BE DIFFERENT FROM COMPUTER TO COMPUTER.

Task 1a: In code Create an integer array of 5 elements and use a for loop to initialize these array elements to anything you want. Then cout the array (so if my array name is p, Ill cout<

Task 3: In In code use the sizeof function on the array to cout the size of the array

Task 1: In code create a for loop that prints out all the contents of an array without using []

Task 2: In code: create an array of 5 doubles and redo task 1 (i.e. double arrayD[5];).

Part 4 Pointing to the future: Wrapping up the pointers lab Task 1: In code create a pointer to a pointer (int **p that points to another integer pointer, int*q which points to some integer int x (so q holds xs memory location and **p holds qs memory location).

Task 3: In code: use p (and only p) to add one to xs value. hint: parenthesis are your friends. Extra credit 2a: In code Write some code to help you figure out the size of an int pointer and a double pointer.