Recent Comments

1. over 10 years ago on Calvin and Hobbes

   You got your IQ measured at three…, and it was 188… Hem, could you please tell us how was it measured? According to what standard? Following what methodology?

2. over 10 years ago on Calvin and Hobbes

   Very interesting selection, as usual! It seems that the September 20, 1953, Peanuts strips has directly inspired some of Calvin and Hobbes’ … I had never seen it before, so I feel thankful to your many comments and links :-) You are a mine of information for any fan of Watterson and Schulz, as I am.

3. over 10 years ago on [Deleted]

   I can… He would look really awesome. Perhaps horrifying! God forbid to see.

4. over 10 years ago on Calvin and Hobbes

   Ha, ha. Yes. But there are some options: car, far, tar, scar…, even NASCAR… Tougher would be if he lived in Catalonia, like myself ;-)Now, OK, I give up all this rhyming matter for good!

5. over 10 years ago on Calvin and Hobbes

   How about this? :

   There was a Thirdguy from VermontWho didn’t know who was in front.He lived in Midwest, Hobbes’s his name,and immense knowledge brought him fame.

   (I’m aware that it sucks, but Vermont is not an easy word to make rhymes with…)

6. over 10 years ago on Calvin and Hobbes

   You are welcome! I’ve read the narrative with pleasure (and some emotion, too…). Thanks for the link :-)

7. over 10 years ago on Peanuts

   Maybe he heard the beating of the hair in the air :-)

8. over 10 years ago on Peanuts

   This is one of the very best Peanuts strips I have ever read, and I have read many (most of them excellent, if not extraordinary). Great Art and Pure Genius! I bow down before It!

9. over 10 years ago on Calvin and Hobbes

   I’m very sorry I thought it the wrong way :-/ It’s much easier and straightforward than I wrote in my previous comment: just multiply 200 seconds by 0,705 revolutions per second: that’s 141 turns. My deepest apologies!

10. over 10 years ago on Calvin and Hobbes

    Just one long spiral groove ;-) If you mean how many turns it does around its centre, you need to solve a differential equation; not difficult, but a bit clumsy (and surely pretentious) to post here.