Knuths multiprecision algorithm exercise
I'm following Knuths multiprecision algorithm from volume 2 of the art of comp. prog. Since I dont have the book with me I wrote down a bunch of stuff so I could work on it. But now I realise that he mentions that for some specific case (n = 1) you should use the "simpler division algorithm form exercise 16". 

The problem is that I didnt take any note from the exercises (I didnt know I was going to need) and as I said I dont have the book with me. I only have access to the book from the library and I am not planing on going in the next days. So I wonder if anyone has volume 2 and could please post this exercise for me. It's from section 4.3.1 (3 edition) and it looks like himself already provides the answer to this exercise on page 625 (found this information on the web).

I think it should no violate any copyright or something like that since it's just one exercise from the book. Anyone could post the text please? From what I found on the web the exercise is on page 282 and the explanation later on page 625.


Thank you. 


Knuths multiprecision algorithm exercise
===

I'm following Knuths multiprecision algorithm from volume 2 of the art of comp. prog. Since I dont have the book with me I wrote down a bunch of stuff so I could work on it. But now I realise that he mentions that for some specific case (n = 1) you should use the "simpler division algorithm form exercise 16". 

The problem is that I didnt take any note from the exercises (I didnt know I was going to need) and as I said I dont have the book with me. I only have access to the book from the library and I am not planing on going in the next days. So I wonder if anyone has volume 2 and could please post this exercise for me. It's from section 4.3.1 (3 edition) and it looks like himself already provides the answer to this exercise on page 625 (found this information on the web).

I think it should no violate any copyright or something like that since it's just one exercise from the book. Anyone could post the text please? From what I found on the web the exercise is on page 282 and the explanation later on page 625.


Thank you. 

