Why would you buy a bible? The WBTS has the NWT online for everyone with a computer and internet access to read for free!
Seriously, though. I like the NIV version. A friend of mine bought me a New Living Translation. It's OK too I suppose.
Enjoy.
it is a quest study bible (new international version).
anyone familiar with it?
what do you think of it?
Why would you buy a bible? The WBTS has the NWT online for everyone with a computer and internet access to read for free!
Seriously, though. I like the NIV version. A friend of mine bought me a New Living Translation. It's OK too I suppose.
Enjoy.
was it just me, or did anyone else experience unsettling, wierd vibes inside a kingdom hall?
it used to creep me out, it felt almost eerie and spooky inside.
sometimes we opened the doors on saturday afternoon to clean, and it was all dark and sinister inside when we entered, and it almost felt like something was in there, not good vibes, either.
They're all haunted with the lies and deceit of the WBTS.
let's say i've got a length of solid material that is one light year long.
it's just hanging there in space, between galaxies, not affected by gravity enough at any point along its length to be twisted, bent, whatever.
let's also say that it is resistent to flexing.. i'm at one end of this impossibly-existing rod, and you are at the other.
Yeah, you would think that he would just fly in circles.
let's say i've got a length of solid material that is one light year long.
it's just hanging there in space, between galaxies, not affected by gravity enough at any point along its length to be twisted, bent, whatever.
let's also say that it is resistent to flexing.. i'm at one end of this impossibly-existing rod, and you are at the other.
Well if your correct DanTheMan, you just shot my theory all to hell. Thanks
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this is very funny, at least i thought it was, enjoy.. http://g-wash.com/index.php?pageid=content_launch&id=533,.
ew.
I watched it and laughed however would not recommend. Sorry just my $0.02.
let's say i've got a length of solid material that is one light year long.
it's just hanging there in space, between galaxies, not affected by gravity enough at any point along its length to be twisted, bent, whatever.
let's also say that it is resistent to flexing.. i'm at one end of this impossibly-existing rod, and you are at the other.
I disagree with thoes of you that say it will take a light year to move. The rod exists in physical space at the begining and end of the light year. Therefore when you push the rod at the begining of the light year the ending of the rod will be moving simultaniously although it will be a light year later. The act of moving an inch will not take an entire light year. There, will however be a light year between the recorded time of the movement between the two ends, plus the time of the whole atomic shockwave affect (if measurable).
I think
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what a waste .
http://news.bbc.co.uk/1/hi/world/middle_east/4376812.stm.
When will people wake up? Are they so lazy or stupid that they just don't care? "Hey, so what if people get killed as long as I can drive my care and stuff burgers in my fat face."
I agree. I think that the complacency of the average American citizen is exactly why were loosing our freedoms and watching our civilization decline.
let's say i've got a length of solid material that is one light year long.
it's just hanging there in space, between galaxies, not affected by gravity enough at any point along its length to be twisted, bent, whatever.
let's also say that it is resistent to flexing.. i'm at one end of this impossibly-existing rod, and you are at the other.
Elsewhere, how does shock wave propagation affect the time it takes for the material to move an inch though. Granted the shock wave propagation will increase as the length of your material increases but how much and can it be measured?
let's say i've got a length of solid material that is one light year long.
it's just hanging there in space, between galaxies, not affected by gravity enough at any point along its length to be twisted, bent, whatever.
let's also say that it is resistent to flexing.. i'm at one end of this impossibly-existing rod, and you are at the other.
That is assuming that the coefficient of expansion and contraction across the entire length of your "material" is constant.
let's say i've got a length of solid material that is one light year long.
it's just hanging there in space, between galaxies, not affected by gravity enough at any point along its length to be twisted, bent, whatever.
let's also say that it is resistent to flexing.. i'm at one end of this impossibly-existing rod, and you are at the other.
It would take the same amount or volume of time but because your "material" is a light year long the time between the recorded movements of both ends would be exactly a light year.