This project is the same as Programming Project 13, except that in this

project your program will use a more sophisticated method for choosing

the answer to a question. When your program reads a question, it counts

the number of characters in the question and stores the number in a variable named count. It then responds with answer number count%ANSWERS.

The first answer in the file is answer number 0, the next is answer number

1, then 2, and so forth. ANSWERS is defined in a constant declaration, as

shown next, so that it is equal to the number of answers in the answer file:

const int ANSWERS = 8;

This way you can change the answer file so that it contains more or fewer

answers and you need change only the constant declaration to make your

program work correctly for a different number of possible answers.

Assume that the answer listed first in the file will always be the following,

even if the answer file is changed:

I'm not sure, but I think you will find the answer in Chapter #N.

That's a good question.

If I were you, I would not worry about such things.

That question has puzzled philosophers for centuries.

I don't know. I'm just a machine.

Think about it and the answer will come to you.

I used to know the answer to that question, but I've forgotten it.

The answer can be found in a secret place in the woods.

I'm not sure, but I think you will find the answer in Chapter #N

When replacing the two characters #N with a number, use the number

(count%NUMBER_OF_ CHAPTERS + 1), where count is the variable discussed

above, and NUMBER_OF_CHAPTERS is a global named constant defined to be

equal to the number of chapters in this book.