I usually recommend people watch seasons 1-10, or 12 if they feel like it, and then end with the movie
Crackers are a family food. We don't know if single people eat crackers, quite frankly, we don't want to know.
Just found out every episode of this is on demand with my Sling TV subscription. Good bye personal life
Finishing up the last few episodes of season 3. Finally deciding to watch this show from the beginning was a great decision. About to hit the seasons that everyone praises (not to say it hasn't been gold thus far). So excited.
I did my yearl rewatch of all the Treehouses yesterday, I'm so envious if anybody who starts this as an adult it's legitimately the best show ever for about 6 season
Randomly watched a later season episode when hipsters move to Springfield and Homer is trying his hardest to be cool. While the jokes are weaker, the social commentary is still top notch. It also reminded me of the Bob's Burgers episode when he opened up a food truck.
Agreed. At least one of the three segments is usually a dud but when they are so short, it's not too painful to watch all of them and find the good ones.
Oh God yes, I don't hate myself that bad, I usually stop at whatever one has Hell Toupee in it that thing is terrible
The Kwik-E-Mart - 71016 | The Simpsons™ | LEGO Shop If you guys are thinking of any early Xmas gifts for me
Hyperbole aside, no denying that scene is an example of this show at it's best. I've been noticing more and more recently that while I don't tend to be a reference-y kinda guy, my everyday speech is littered with phrases from this show. In fact I use one or two from the aforementioned scene pretty regularly.
I'll say "yes" and "i see" in the same tone as Chalmers in this episode, in that super skeptical, condescending way.
Aurora Borealis At this time of year At this time of day In this part of the country Located entirely within your kitchen
People over at the show know about the The Problem With Apu http://www.vulture.com/2017/12/the-..._campaign=vulture&utm_source=tw&utm_medium=s1