Recent Comments

1. about 2 hours ago on Frog Applause

   It’s a puzzlement.

2. about 2 hours ago on Frog Applause

   You wouldn’t need as many apostrophes, but you would need antibiotics.

3. 2 days ago on Frog Applause

   Not a classic hyena, and a poor representation of the cartoon version at that.

   kingfandom . com / products / funko-hanna-barbera-pop-pez-hardy-har-har-exclusive

   yogibear . fandom . com / wiki / Hardy_Har_Har

4. 2 days ago on Frog Applause

   , I already declined! Now go away or I shall taunt you a second time!

5. 3 days ago on Frog Applause

   No, thank you. I will also decline to participate in the pictured piercing by bird bill.

6. 3 days ago on Frog Applause

   We all leave something behind, though.

7. 3 days ago on Frog Applause

   Now they’re offal.

8. 4 days ago on Frog Applause

   I guess that watch on your left arm was the only thing keeping you going.

   That said, you are still rather talkative.

9. 8 days ago on Frog Applause

   Pew! Pew! Now pretend you’re dead and the bad geometry will give up and go away.

10. 9 days ago on Frog Applause

    , perpetually falling vs. floating in space:

    You can’t feel the difference between sitting still, or moving at a constant velocity (same speed in same direction), or freely moving under acceleration due to uniform gravitational attraction acting on every atom in your body. Being in orbit around the Earth is perpetually falling in a circular path, and you’re basically floating and falling in that orbit, depending on whether you only look at what the stuff in and around your body is doing (nothing much happening here!), or whether you choose to compare what you are doing to what the Earth is doing (wow, things look like they’re moving fast out there!). If you’re falling through matter (air, water, etc.), then you can’t accelerate freely to match gravitational attraction because you keep running into stuff that slows you down, so “falling” in the atmosphere or standing on the surface of the Earth is very different from “falling” in the mostly empty space above the Earth’s atmosphere.