Re: I can't smile they call me sourpuss.

1

These are fascinating! (I'm sure it's totally unrelated that I have plenty of work to get done and an actual deadline.)


Posted by: Thorn | Link to this comment | 07- 8-14 8:41 AM
horizontal rule
2

I thought so too!


Posted by: heebie-geebie | Link to this comment | 07- 8-14 8:52 AM
horizontal rule
3

But I'm not on a deadline. I'm hanging out in our room in a Super 8 in truly isolated rural Kansas, while Ace naps.


Posted by: heebie-geebie | Link to this comment | 07- 8-14 8:52 AM
horizontal rule
4

When I was in truly isolated rural Nebraska, the Super 8 had no vacancies.


Posted by: Moby Hick | Link to this comment | 07- 8-14 8:53 AM
horizontal rule
5

All filled Super 8s are similar, but all Super 8s with vacancies have vacancies for specific reasons. Or maybe it's the reverse.


Posted by: heebie-geebie | Link to this comment | 07- 8-14 8:57 AM
horizontal rule
6

Lee has promised to take Nia to Kansas, possibly even this summer, and Nia is so fucking excited. It's kind of adorable, and she loves everything and will presumably have a great time.


Posted by: Thorn | Link to this comment | 07- 8-14 9:06 AM
horizontal rule
7

5: well, there is only one way for a Super 8 to be full, but there are (n/2)(n+1) ways for it to have vacancies where n is the number of rooms.


Posted by: ajay | Link to this comment | 07- 8-14 9:09 AM
horizontal rule
8

There are many ways to incorrectly compute the possible number of ways to have vacancies, but all correct computations are similar.


Posted by: heebie-geebie | Link to this comment | 07- 8-14 9:14 AM
horizontal rule
9

Ugh. God, yes, you're right, that is wrong, isn't it.


Posted by: ajay | Link to this comment | 07- 8-14 9:18 AM
horizontal rule
10

What is the correct formula, then?


Posted by: ajay | Link to this comment | 07- 8-14 9:20 AM
horizontal rule
11

(n choose n)+(n choose n-1)+...+(n choose 1).

I guess that's assuming we're distinguishing all the ways to have 1 vacancy.


Posted by: heebie-geebie | Link to this comment | 07- 8-14 9:23 AM
horizontal rule
12

Well, are we counting room one being vacant and all others occupied as different from room two being vacant and all others occupied?


Posted by: nosflow | Link to this comment | 07- 8-14 9:25 AM
horizontal rule
13

We are. OK, makes sense.


Posted by: ajay | Link to this comment | 07- 8-14 9:25 AM
horizontal rule
14

I have photos that my paternal grandmother sent my grandfather in the Phillipines during WW2, of her and my dad and his older brother. Nothing is quite so deprecating as those captions in the article, but the tone is the same for the ones she's in. Well, here I am. Guess that's what I look like.

The ones with just the boys aren't deprecating, but still have the same tone. Decent looking boy I'd say. Looks pretty tough don't you think.


Posted by: Blume | Link to this comment | 07- 8-14 11:12 AM
horizontal rule
15

11:

Does that simplify to 2^n - 1? Each room can be empty or full, and only one out of the 2^n possible combinations corresponds to all the rooms being full.


Posted by: Spysander Looner | Link to this comment | 07- 8-14 6:38 PM
horizontal rule
16

15: it has to, right? The room occupancies are just an n digit binary number.


Posted by: Sifu Tweety | Link to this comment | 07- 8-14 6:40 PM
horizontal rule
17

Yep


Posted by: Turgid Jacobian | Link to this comment | 07- 8-14 6:47 PM
horizontal rule
18

Like an empty subWay car, there's a reason that last room is empty at the cruddy motel.


Posted by: lw | Link to this comment | 07- 8-14 7:13 PM
horizontal rule
19

15: yep


Posted by: heebie-geebie | Link to this comment | 07- 8-14 7:20 PM
horizontal rule