Fubarberry to Memes@lemmy.mlEnglish • 11 months agoCombining two different internet debatessopuli.xyzimagemessage-square312fedilinkarrow-up1955
arrow-up1955imageCombining two different internet debatessopuli.xyzFubarberry to Memes@lemmy.mlEnglish • 11 months agomessage-square312fedilink
minus-square@dragontamer@lemmy.worldlinkfedilinkEnglish11•edit-211 months agoPortal 2 ends with you (Chell) placing a entry portal on Earth vs an exit portal on the Moon. That means the portals were ~2236 mph (aka Mach3) relative to each other.
minus-square@SuddenDownpour@lemmy.worldlinkfedilinkEnglish1•11 months agoWouldn’t that provoke all air in the Earth to get sucked to the Moon due to the difference in atmospheric pressure?
minus-square@Serdan@lemm.eelinkfedilink4•11 months agoVacuum doesn’t suck. The atmosphere on Earth would push air through the portal with a pressure of about 1 bar.
minus-square@ArcheTelos@lemmy.worldlinkfedilink3•11 months agoYes, but the flow rate is only so much. It was only open for a short time before Glados closed it.
minus-square@jemorgan@lemm.eelinkfedilink1•11 months agoHmm well if an object passed through that portal and it wasn’t moving ~2236mph relative to the surface of the moon, then I guess the question from the OP has been answered already haha.
Portal 2 ends with you (Chell) placing a entry portal on Earth vs an exit portal on the Moon.
That means the portals were ~2236 mph (aka Mach3) relative to each other.
Wouldn’t that provoke all air in the Earth to get sucked to the Moon due to the difference in atmospheric pressure?
Vacuum doesn’t suck. The atmosphere on Earth would push air through the portal with a pressure of about 1 bar.
Yes, but the flow rate is only so much. It was only open for a short time before Glados closed it.
Hmm well if an object passed through that portal and it wasn’t moving ~2236mph relative to the surface of the moon, then I guess the question from the OP has been answered already haha.