kronin323
Font of Useless Knowledge
So you know what I am talking about.
@kronin323 the ship is free falling and the crew is leaning forward pressed forward in their restraints. I belive they should be pressed back in their chairs
Yeah work has been busy. I have popped on occasionally. But felt I need to post some o pics from hawaii
Inertial dampeners!
BAM!
Actually in free fall there would be no, as Duke put it, "strain either way", with or without fictional inertial dampeners. The resistance you feel during the free fall portion of skydiving is just friction with the air, but that doesn't apply in a vacuum.
One of the interesting things about relativity is it makes no distinction between acceleration and gravity. In physics, the pressure you feel against your back when you step on the gas of your car and the pressure you're feeling on your butt right now as you sit and read this are one and the same. Mass bends the "fabric" of spacetime, creating gravity wells. One could accurately say that because the surface of the Earth is preventing us from following the fabric of spacetime deeper into Earth's gravity well, we live our lives under constant acceleration...
So if a ship (or other object) is caught in a planet's gravity well, it may appear to be accelerating towards it, relative to the planet, but actually it is just following the fabric of spacetime and not accelerating at all, relative to itself. So, no force of acceleration would be felt in either direction. However, once it hit the planet's atmosphere, that air resistance would technically be acceleration and they would in fact be pressed forward in their restraints, assuming they were going front-first.
But I assume this scene was while they were still in space so yes, technically inaccurate, probably meant to imply the pull of gravity, though improperly portrayed. But no biggie - Star Trek isn't true Sci-Fi anyway, it's Sci-Fi Fantasy...