Jason Jorjani
๐ค SpeakerAppearances Over Time
Podcast Appearances
It controls the ocean tides. It's responsible for the tilt of the earth's axis. The moon has tremendous gravitational pull on the earth and the moon only weighs 1.23% of the mass of the earth. It weighs only- Which by the way- And what's the size?
It controls the ocean tides. It's responsible for the tilt of the earth's axis. The moon has tremendous gravitational pull on the earth and the moon only weighs 1.23% of the mass of the earth. It weighs only- Which by the way- And what's the size?
It controls the ocean tides. It's responsible for the tilt of the earth's axis. The moon has tremendous gravitational pull on the earth and the moon only weighs 1.23% of the mass of the earth. It weighs only- Which by the way- And what's the size?
I don't have the number on top of my head. Can you find it, Steve?
I don't have the number on top of my head. Can you find it, Steve?
I don't have the number on top of my head. Can you find it, Steve?
Yeah, 1.23% mass of the Earth, okay? So get this. I did the calculations, and something like, I think it was like 340 years from now, something like that. We're going to wind up with a mass equivalent.
Yeah, 1.23% mass of the Earth, okay? So get this. I did the calculations, and something like, I think it was like 340 years from now, something like that. We're going to wind up with a mass equivalent.
Yeah, 1.23% mass of the Earth, okay? So get this. I did the calculations, and something like, I think it was like 340 years from now, something like that. We're going to wind up with a mass equivalent.
Yeah.
Yeah.
Yeah.
No, you would need the percentage of the mass of the Earth.
No, you would need the percentage of the mass of the Earth.
No, you would need the percentage of the mass of the Earth.
1.23 is the specific number. Anyway, so listen, I did these calculations, Danny.
1.23 is the specific number. Anyway, so listen, I did these calculations, Danny.
1.23 is the specific number. Anyway, so listen, I did these calculations, Danny.
Yeah, which, by the way, doesn't make sense in and of itself. In terms of, you know. The moon would have to be hollow. There you go. Anyway, I did these calculations.
Yeah, which, by the way, doesn't make sense in and of itself. In terms of, you know. The moon would have to be hollow. There you go. Anyway, I did these calculations.