Milky Way Galaxy

Radio waves pass most easily through the disk of the Milky Way due to their long wavelengths, which are able to penetrate the thick dust and gas clouds that block other forms of radiation like ultraviolet and X-rays. This is why radio telescopes are commonly used to study the Milky Way's structure and composition.

To understand the 'how' of the presence of a supermassive black hole believed to be in the center of the Milky Way, one would need to know of the mechanism of its origin, which is tied to the origin of the galaxy itself. If sufficient matter is present in a given location, gravitational forces cause the matter to 'clump' and if sufficiently strong, it will continue to accrete and gain in mass; above a certain mass, given favorable conditions, a black hole will form. This is believed to have happened during the formation of our galaxy. In the case of the black hole at the galactic center, calculations indicate it has managed to acquire over four million solar masses.

Well if the sun were the size of a grapefruit we would not have anything in this solar system to compare it to, so lets make the sun the size of a grain of sand (2mm), the milky way would then be the size of our Sun, which is just over 109 the size of earth... however we are basing this off width, being that the Milky Way is disk shaped.

If there is no dark matter in the Milky Way Galaxy, one alternative explanation for the observations could be modifications to the theory of gravity, such as MOND (Modified Newtonian Dynamics). MOND proposes that gravity behaves differently on large scales than predicted by Newtonian physics, potentially explaining the observed phenomena without the need for dark matter.

No, they just named the galaxy the milky way because it's like....... well, a milky way.

It is the Sagittarius Dwarf Galaxy. The Canis Major Dwarf Galaxy is the second closest to the milky way.

Because we only know the names of the planets in our Solar System, the right question could have been "What are the planets in our solar system?" which is of course very elementary. Some people can sometimes get confused between solar system and galaxy

The Milky Way was long thought to be a "spiral" galaxy much like the Andromeda Galaxy . But recent observations indicate that the Milky Way is probably a "barred spiral" galaxy. Viewing the Milky Way from within as we do, it is somewhat difficult to get a clear picture.

The universe is the entire region of space from which light has had time to travel since the instant of the big bang. The universe consists of a hierarchy of natural structures. Simple, cohesive structures bound together by gravity include the planets and stars. At larger scales, vast aggregations of matter include the galaxies which are enormous gravitationally-bound stellar populations. Most astronomers believe that there is more matter than what we can observe.

cause of the depth of the water is what makes the color of the ocean along with what lies underneath it, the Palau Milky Way is not sand, it's white limestone mud. white limestones are free from impurities, but they generally contain small quantities of other minerals than calcite which affect their color. Many limestones are yellowish or creamy, especially those that contain a little iron oxide or iron carbonate or clay. They call it Milky Way because it is the color of Milk.Sciencetist call our galaxy the milky way because in the past,when they looked in our galaxy it was all white like milk.

There are estimated to be about 250 billion stars in the Milky Way galaxy, which is part of the Mutter's Spiral.

Mountains most commonly form through tectonic plate movements, specifically at convergent plate boundaries where two plates collide. This collision can result in the plates pushing against each other, causing uplift and the formation of mountain ranges. Additionally, volcanic activity can also contribute to the formation of mountains.

That is still a mystery. Obviously, they are held together by gravitation. Each star attracts each other star, and you might say that the combined force of these attractions keeps the galaxy together. But the known matter in our galaxy - and in other galaxies - isn't strong enough to account for the fast rotation a galaxy has. There must be about 5-10 times more matter, compared with known matter, in something invisible - commonly known as "dark matter". This mysterious dark matter can be noticed through its gravitational attraction, but it can't be seen directly.

Just about everything in the solar system spins the same way. If we could sit high above the "north" pole of the Sun and watch (and if we could see anything!) we would see that almost everything spins counter-clockwise. All of the planets and asteroids orbit that way, and most of the planets rotate that way as well. For the few that don't, we call the rotation "retrograde".

It is difficult to know for certain, but the most likely explanation is that this was the way the planetary nebula was spinning when it all came together from gravitational attraction 5+ billion years ago, before the Sun was born.

False. The Milky Way Galaxy, our Solar System and the Universe itself are composed of a mixture of known and unknown elements, and light & dark matter. By definition this makes the Milky Way, and the Universe heterogeneous by definition.

If the box is elongated, the pitch of the sound decreases. This is because the elongation increases the length of the vibrating medium, resulting in a longer wavelength and lower frequency, which is perceived as a lower pitch.

the elliptical galaxy has a round or oval shape the spiral galaxy has a hurricane shape

The origin of these different shapes would lie in the particular momentum of the constituent stars at the time they first coalesced into a galaxy under their mutual gravitational attraction.

These are the basics. Our sun is the star at the center of our solar system. A solar system is made up of a star and any other objects connected to it by its gravity. Our sun has the standard eight planets along with their moons, and also countless other objects including asteroids and comets. Our galaxy, The Milky Way, is estimated to contain between 200 billion and 400 billion stars. Some of those stars have planets orbiting them, and others do not. Our solar system then is just a very very tiny part of the Milky Way, and the Milky Way is one of billions of observable galaxies throughout space.

In July, the Milky Way Galaxy appears more prominent in the night sky in the Northern Hemisphere because it is summer, and this season offers better viewing conditions with darker skies and fewer clouds. In contrast, in January, the Milky Way is less visible in the Northern Hemisphere due to winter conditions when nights are longer, and there may be more light pollution and cloud cover obscuring the view.

The Winchester model 59 is not a gas operated semi-auto, instead it uses the short recoil system and hence their is no adjustment. The model 59 should be able to shoot trap loads without any adjustment if working properly.

NO!!! The Sun and its Solar Sytam are located in one of the 'tails' of the Milky Way Galaxy.

The Milky Way Galaxy it like a giant Catherine Wheel, with a bright core and two curved tails. The whole of which is rotating. We are in one of those curved tails.