The Milky Way has never been photographed from the outside. There is no satellite that can get to the outer limits of our galaxy, therefore nothing can take an actual photograph of it. Every one that you see is what is believed that our galaxy looksl ike.
We are in the Milky Way Galaxy at the end of one of the arms.
Earth is in the milky way the milky way is a galaxy, a spiral galaxy i think and its called the milky way because it looks like milk when you see it at night yo other people who will probably answer like a second after me -Alex
there are no other milky way galaxys there is only one so your answer is no
Every star you see is in the Milky Way, so you can say it is visible throughout the year. A particular line that looks like a trail or a sort of milky way goes through the night sky and can also be seen all year round in different constellations.
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.
We are already in the Milky Way. No satellite has ever left it.
Messier 31 or M31 or the Andromeda Galaxy is the nearest large spiral galaxy to Earth.It is commonly assumed wrongly to be the closest galaxy to our own but other smaller galaxies are closer. In fact it is the 35th nearest galaxy to us.The Canus Major Dwarf Galaxy is thought to be closest at 42,000ly from the galactic core and 25,000ly from earth. It is infact closer to the solar system than the galactic core of the Milky Way. (Satellite of Milky Way)Sagillarius Dwarf Eliptical Galaxy is 50,000ly from the core and 70ly from Earth. (Satellite of Milky Way)Large Magellanic Cloud is 157,000 ly from the core. (Satellite of Milky Way)Bootes I Dwarf Galaxy is 197,000ly from the core. (Satellite of Milky Way)Small Magellanic Cloud is 206,000ly from the core. (Satellite of Milky Way)Ursa Minor Dwarf Galaxy is 206,000ly. (Satellite of Milky Way)Draco Dwarf Galaxy is 258,000ly. (Satellite of Milky Way)Sextans Dwarf Galaxy is 281,000ly. (Satellite of Milky Way)Sculptor Dwarf Galaxy is 287,000ly. (Satellite of Milky Way)Ursa Major I Dwarf Galaxy is 330,000ly. (Satellite of Milky Way)Carina Dwarf Galaxy is 330,000ly. (Satellite of Milky Way)Fornax Dwarf Galaxy is 460,000ly. (Satellite of Milky Way)Leo II Dwarf Galaxy is 701,000ly. (Satellite of Milky Way)Leo I Dwarf Galaxy is 820,000ly. (Satellite of Milky Way)Leo T Dward Galaxy is 1,370,000ly. (Satellite of Milky Way)Phoenix Dwarf Galaxy is 1,440,000ly. (Satellite of Milky Way)Barnard's Galaxy is 1,630,000ly. (Satellite of Milky Way)MGC1 star cluster is 2,000,000ly. (Isolated Cluster)NGC 185 Dwarf Galaxy is 2,010,000ly. (Satellite of Andromeda)Andromeda II Dwarf Galaxy is 2,130,000ly. (Satellite of Andromeda)IC 10 Galaxy is 2,200,000ly. (Satellite of Andromeda)NGC 147 Dwarf Galaxy is 2,200,000ly. (Satellite of Andromeda)Leo A Dwarf Galaxy is 2,250,000ly. (Satellite of Milky Way)IC 1613 Dwarf Irregular Galaxy is 2,350,000ly. (Satellite of Andromeda)Andromeda I Dwarf Galaxy is 2,430,000ly. (Satellite of Andromeda)Andromeda III Dwarf Galaxy is 2,440,000ly. (Satellite of Andromeda)Cetus Dwarf Galaxy is 2,460,000ly. (Satellite of Andromeda)M32/ Le Gentil Dwarf Eliptical Galaxy is 2,480,000ly. (Satellite of Andromeda)Cassiopeia Dwarf Galaxy/Andromeda VII 2,490,000ly. (Satellite of Andromeda)Andromeda IX Dwarf Galaxy is 2,500,000ly. (Satellite of Andromeda)LGS 3 Dwarf Irregular Galaxy is 2,510,000ly. (Satellite of Triangulum)Andromeda V Dwarf Galaxy is 2,520,000ly. (Satellite of Andromeda)Pegasus Dwarf Galaxy/Andromeda VI is 2,550,000ly. (Satellite of Andromeda)Andromeda VIII Galaxy is 2,560,000ly. (Satellite of Andromeda)M31/ Andromeda Galaxy is 2,560,000ly.M33/ Triangulum Galaxy is 2,640,000ly.
There are two satellite galaxies, the Greater Magellanic Cloud and the Lesser Magellanic Cloud, which orbit the Milky Way.
The moon is a natural satellite of Earth and is not directly related to the Milky Way galaxy. The Milky Way is the galaxy that contains our solar system, including Earth and the moon. The moon orbits Earth, not the Milky Way.
Oh, that's a wonderful question! You know, the Milky Way actually has quite a few satellite galaxies, all gathered around like dear friends in a cozy painting. Scientists estimate there are about 50 or so different satellite galaxies gracefully dancing around our beautiful Milky Way galaxy. Can you picture it now, right there in your mind's eye?
To capture the Milky Way in a photograph, use a DSLR camera with manual settings, a wide-angle lens, and a sturdy tripod. Find a location with minimal light pollution, set the camera to a high ISO, wide aperture, and long exposure. Experiment with different settings to achieve the desired result.
The definition of a satellite is an object that orbits a planet. Therefore by definition, the sun cannot be a satellite. The solar system does, however, travel around the center of the Milky Way Galaxy.
The best time to photograph the Milky Way in the northern hemisphere is typically from late spring to early fall, specifically between April and October. During these months, the core of the Milky Way is visible in the night sky, with peak visibility around July and August. To capture the best images, aim for nights with little to no moonlight and consider locations away from light pollution for clearer views. Clear skies and low humidity also enhance visibility and image quality.
The nearest galaxy which is not a satellite galaxy of the Milky Way is the Andromeda Galaxy, just over 2 million light years away.
An example of a bulge in astronomy is the Large Magellanic Cloud, which is a satellite galaxy of the Milky Way with a distinct central bulge of stars.
There no milky way in sky there is only milky way galaxy
To see the entire Milky Way galaxy and its two satellite galaxies, the Large Magellanic Cloud and the Small Magellanic Cloud, your field of view would need to be at least 100,000 light-years across. This distance is much larger than what is measurable in meters, as the Milky Way is estimated to be about 100,000-120,000 light-years in diameter.