I was just wondering what nifty little piece of technology the transporter uses to compensate for relative speeds when beaming somthing down to a planet.
Seems to me that if you are orbiting against the rotation of the planet, the difference in velocity of the ship and the velocity of the surface would make the teleportee slam into the nearest wall with the velocity of an orbiting spaceship + the velocity of the rotation of the planet.
If both the teleport and destination were moving at the exact same velocity, I could understand how it would work without violent results, but that never seems to happen.
Keep in mind that I dont really have any real knowledge of physics, and I'm happy to accept FTL without nitpicking. I was just pondering this... But if there is a gadget that takes care of this question (provided this is a valid question) in Star Trek, does anyone know what it's called or how it works?
Thanks.
Seems to me that if you are orbiting against the rotation of the planet, the difference in velocity of the ship and the velocity of the surface would make the teleportee slam into the nearest wall with the velocity of an orbiting spaceship + the velocity of the rotation of the planet.
If both the teleport and destination were moving at the exact same velocity, I could understand how it would work without violent results, but that never seems to happen.
Keep in mind that I dont really have any real knowledge of physics, and I'm happy to accept FTL without nitpicking. I was just pondering this... But if there is a gadget that takes care of this question (provided this is a valid question) in Star Trek, does anyone know what it's called or how it works?
Thanks.