No, however, we can determine whether a galaxy is moving towards or away from us, by looking at the shift in its spectrographic analysis. There are "red shifts" and "blue shifts" in spectrographic results. "Blue shifts" indicate that a galaxy is moving towards us, because the wavelength of the light emitted by the galaxy is compressed, causing it to shift to the blue end of the colour spectrum. "Red shifts" indicate that a galaxy is moving away from us, because the wavelength of the light emitted by the galaxy is being stretched towards the red end of the colour spectrum.
We can not take a photo of the Milky Way as if we were at some distance from it. However we do know that the Milky Way is a Bard Spiral Galaxy with, we believe, 4 distinct spiral arms. This information enables artists to depict what the Milky Way would look like form a distance but these depictions are not photographs.Some good photographs of how the Milky Way looks from Earth are linked to below.
If you look it up, you will see that the distance from Earth is estimated at 3300 light-years (with an error estimate of 900 light-years). This is well within our own galaxy (the Milky Way), which has a diameter of about 100,000 light-years.Pressumably, nebulae exist in other galaxies, but the more well-known nebulae are in our own galaxy, because, being closer, we can observe them best.
Astronomers once believed that planets were probably rare and unusual, and that tere might not be very many planets. However, recent discoveries indicate that planets are far more common; in fact, almost every star that astronomers have closely observed is discovered to have some planets! So it is likely that the "furthest planet in our galaxy" is on the other side of the galaxy from the Earth. The Milky Way galaxy has a radius of about 40,000 light years, and our solar system is about 3/4 of the way out from the center. So the "furthest planet in our galaxy" is probably somewhere near 70,000 light years away.
That would be the Earth's distance from the Sun (at aphelion) plus the Earth-Moon distance. The latter is insignificant.
The Milky Way is a spiral galaxy, more specifically a "barred spiral galaxy" in which some stars are located in a horizontal band across the nucleus, rather than in the spiral arms.
Zero. Earth is in the Milky Way Galaxy.
The distance of the nearest galaxy nearest to earth is measured by analyzing the light coming from that galaxy. This method is performed by observing the individual object's brightness.
0 km. The Earth is part of our galaxy.0 km. The Earth is part of our galaxy.0 km. The Earth is part of our galaxy.0 km. The Earth is part of our galaxy.
around the sun + sun in galaxy+galaxy in space= speed earth?
The farther away the galaxy is from ours the faster it moves from our galaxy.
The distance from Earth to the center of the Milky Way galaxy is approximately 25,000 light-years. The center of our galaxy is home to a supermassive black hole known as Sagittarius A*.
The only thing that can be directly observed is a galaxy's apparent size (angular size). Since galaxies come in different sizes, this can only give a rough idea of the galaxy's distance from Earth.
A faint galaxy appears as not shining, and look faint from the earth due to distance.
Center or whole? 0 miles if it's the whole galaxy because Earth is IN the Milky Way Galaxy but IDK center.
The only thing that can be directly observed is a galaxy's apparent size (angular size). Since galaxies come in different sizes, this can only give a rough idea of the galaxy's distance from Earth.
The only thing that can be directly observed is a galaxy's apparent size (angular size). Since galaxies come in different sizes, this can only give a rough idea of the galaxy's distance from Earth.
The only thing that can be directly observed is a galaxy's apparent size (angular size). Since galaxies come in different sizes, this can only give a rough idea of the galaxy's distance from Earth.