Re: Have you ever been asked
Interesting! Maybe thats why Viper owners feel such a sense of relief while driving fast, its like getting a lease on life!
We are all moving, even when sitting still. The world spins arounbd its axis, and revolves around the sun, and the whole galaxy itself revoles, and the galaxies may be revolving around each other! As I get older, I tend to think everything revolves around my aszhole. But I see your point, and hope to add some acceleration soon. Maybe when the rain clears, I'll take the GTS out of the gah-rahge, and take her for a spin.
What is really "stationary"? How can you prove anything is not moving? What "constant" could you point to to show relative motion or stillness? There is no such benchmark! Not for time, nor for motion.
Here is a inscrutable, yet useless, image to go along with my obscure post-
I sure hope its sunny out tomorrow! Going through Viper withdrawls due to the rainy weather. Us "SoCal" guys aren't used to this!
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We all know that it has been proven that the Viper affects the earth's rotation. But the big question is what energy source exist that allows the earth to rotate at the same speed year after year? What is the engine that turns it around and how does it not slow down in rotational speed over time? The Earth spins at 1,000 mph but it travels through space at an incredible 67,000 mph. The Viper driven as it should requires one gallon to go 10 to 12 miles. What fuel does the earth require to spin 1,000 mph year after year?
Here's some deep space reseach info done in 1995 and 1998 to answer some of the questions of galaxy origination time frame/light year distance.
Both images reveal galaxies that are too faint to be seen by ground-based observatories, or even in Hubble's previous faraway looks, called the Hubble Deep Fields (HDF), taken in 1995 and 1998.
The final ACS image is studded with a wide range of galaxies of various sizes, shapes, and colours.
There is also a "zoo" of oddball galaxies littering the field. A few appear to be interacting. Their strange shapes are different from the spiral and elliptical galaxies we see today.
These unusual galaxies chronicle a period when the Universe was more chaotic; order and structure were just beginning to emerge.
The Nicmos sees even farther than the ACS. It reveals the farthest galaxies ever seen, because the expanding Universe has stretched their light into the near-infrared portion of the spectrum.