

Archived topic from Anythingforums, old topic ID:2689, old post ID:46270
that was a MOVIE red. you cant use that as an exampleRed Squirrel wrote: Look at the deathstar for example, it had it's own gravity and it was rather strong too, pulled in ships and they could not escape the gravitational force.
will i be damTak wrote: This topic was moved from Anything Goes to Studies of Science by Tak at the time of this post.
Is there some particular reason you need a room with 10% extra gravity? I personally would go for decreasing gravity by 10%. It would make getting up from my chair a bit easier.info_learner wrote: Like increasing Earth's gravity by maybe 10% or something in a room. I think this would be hard to do, but I want to know if it's possible,
Time in a more powerful gravitational field passes more slowly than time in a less powerful gravitational field. You may have less weight than your hypothetical, identical twin who sits outside the room, but you will age faster!Bookworm wrote: Is there some particular reason you need a room with 10% extra gravity? I personally would go for decreasing gravity by 10%. It would make getting up from my chair a bit easier.
No, it is an absolute impossibility with our current technology and understanding of physics. Gravity is by far the weakest force we know of. It takes an unimaginable amount of mass to make any difference.info_learner wrote: So there probably is a way to increase gravity in a room you guys are saying. But is there a way like say I could do it myself, or could you guys maybe leave me some sites I could look at.
by the way, thanks for your helpful info
I feel like such an idiot for forgetting that!Red Squirrel wrote: Actually you could simulate gravity if you use centrufugical(sp?) force in a spinning object. The room could be shaped as a cylinder that spins very fast, the walls would be the ground because of the centrufugical(sp?) force. But this is different then actual gravity it would only simulate it.
i hate to burst bubble here, but actually if you dig into the center of the earth you will weigh less and less till at the very center you will weigh nothing.Red Squirrel wrote: But to make you feel better, correct my spelling for centrufugical since I know I spelt that wrong.
Ah! I was limiting my scope to that equation. I didn’t even think of the mass above pulling you up. Or does that even have anything to do with it?andthebeast13 wrote:i hate to burst bubble here, but actually if you dig into the center of the earth you will weigh less and less till at the very center you will weigh nothing.Red Squirrel wrote: But to make you feel better, correct my spelling for centrufugical since I know I spelt that wrong.
i had to prove that in calc based physics on my final in college
I hope NOVA is trustworthy.andthebeast13 wrote: also, im not sure about this but i thought time was slower in less gravity???
i might be wrong on that though
Thank you for pointing out my error, Andthebeast13! I apologise to Info_learner for the false information. I guess your task is a bit harder than I thought.http://www.pbs.org/wgbh/nova/einstein/relativity/ wrote: If gravity is equivalent to acceleration, and if motion affects measurements of time and space (as shown in special relativity), then it follows that gravity does so as well. In particular, the gravity of any mass, such as our sun, has the effect of warping the space and time around it. For example, the angles of a triangle no longer add up to 180 degrees, and clocks tick more slowly the closer they are to a gravitational mass like the sun.
andthebeast13 wrote:i hate to burst bubble here, but actually if you dig into the center of the earth you will weigh less and less till at the very center you will weigh nothing.Red Squirrel wrote: But to make you feel better, correct my spelling for centrufugical since I know I spelt that wrong.
i had to prove that in calc based physics on my final in college
also, im not sure about this but i thought time was slower in less gravity???
i might be wrong on that though
and with the present technology, there is no way to create a stronger gravitational field without using artificial gravity (such as a centrifugal machine of some sort)
i guess one could move to another planet with a larger mass or increase earth's mass by crashing other planetary bodys into it
basically... you need artificial gravity or move to jupiter
sry its impossible unless you can increase earths mass or bend space time.info_learner wrote: I would like to know if it's possible for an increase in Earth's gravity. I don't mean the gravity increase of Earth, but can you increase gravity within a room or something.Like increasing Earth's gravity by maybe 10% or something in a room. I think this would be hard to do, but I want to know if it's possible, and if so, any additional info including maybe a site would be appriciated.
actually, you are right.Red Squirrel wrote: Actually you could simulate gravity if you use centrufugical(sp?) force in a spinning object. The room could be shaped as a cylinder that spins very fast, the walls would be the ground because of the centrufugical(sp?) force. But this is different then actual gravity it would only simulate it.
Oh and the deathstar exists, it's been built by nasa and the US air force a long long time ago in a galaxy far far away, in order to destroy iraq.