Chapter 5: Pointers & Strings

Declare and initialize two ints yourPlace and myPlace. Make a pointer to each. Clearly print in table format:

a. the address of each int and the value of their pointers.

b. Each pointer, the dereferenced address of each pointer, and the address of each dereferenced pointer.

Declare an array, called squoosh, of ten floats. In tabular form print the address of each float right next the float itself. Do you see a pattern? Then print squoosh (without a subscript), and right next to it print *squoosh. What exactly is squoosh?
Calculate the average of a number and its square in two different ways:

Check out the bubble sort program with pointers on page 300. Modify it so that the user inputs up to 10 ints and after each a new sorted list is printed.
Create an array of 3 digits numbers and send it to a function. The function should receive it using pointer notation. Also using pointer notation print out each number that has an odd middle digit.
Write your own function that reverses a string like this: “Eanie Meany Miney Moe” becomes “eoM yeniM ynaeM einaE”.
Write your own function that reverses a string like this: “Eanie Meany Miney Moe” becomes “einaE ynaeM yeniM eoM”.
Make a madlibs game: Ask the user to enter five nouns, five verbs, and five adjectives/adverbs. The words for each grammar category should be stored in their own array of strings. Write a clever little story with some blanks in it, into which the input words will be inserted at random.
Use cin.getline to store a sentence. (cin alone will quit recording after a space.) Create and print a new string that replaces any stars (*) in the original string with the string Frankenstein. Creating a new string is required.
Make a menu-driven interface that can do the following after receiving an input sentence. You must use function pointers. You should make use of string.h functions.