Galaxies

milkway

Yes. However, the current rate of star creation is less than when the galaxies were younger.

Yes. However, the current rate of star creation is less than when the galaxies were younger.

Yes. However, the current rate of star creation is less than when the galaxies were younger.

Yes. However, the current rate of star creation is less than when the galaxies were younger.

A star's altitude is the angle measured vertically from the horizon to the star's position in the sky. It indicates how high or low the star appears in the sky from a specific location on Earth. The altitude of a star changes as it progresses across the sky due to Earth's rotation.

Some of the furthest galaxies are believed to be "travelling" faster than the speed of light.

They are not actually "travelling" faster than the speed of light, but creating space, faster than the speed of light.

Young stars are newly formed stars, often bright and hot, that are still in the early stages of their life cycle. Old stars are stars that have aged and passed the main sequence phase, becoming cooler and larger. Dead stars refer to objects that were once stars but have reached the end of their life cycle, such as white dwarfs, neutron stars, or black holes.

Neptune is approximately 2.7 billion miles (4.3 billion kilometers) away from the center of the Milky Way galaxy. The Milky Way is estimated to have a diameter of about 100,000 light-years, with the Solar System located about two-thirds out from the center.

1. It's not a constellation.

2. It's an asterism, which happens to be PART of a constellation, the Great Bear.

3. Asterisms can also be BIGGER than constellations and include several of them, as the "Summer Triangle" includes the Lyre, the Swan and the Eagle.

4. It's used to find the North Star, but this won't always be the case.

4a. For one thing, the Earth's slow wobble (called "precession") means in a few thousand years, Polaris won't be the North Star any more;

4b. For another, the proper motion of the stars of the Dipper means that the "pointer" stars won't always be pointing to Polaris.

5. Many cultures recognize the Big Dipper, but they call it different things: sometimes it's a drinking gourd (Africa); a bear (!) pursued by three Indians (America) or a wagon (Europe) or a plough (also Europe).

Yes - If we define a 'solar system' as a star ('sun') with its associated planets and other objects in orbit around it. The Milky Way (our galaxy) consists of thousands of millions of stars - of all sizes, temperatures, colours etc. For some years now astronomers have been observing some of these stars, and by various techniques (using delicate and sensitive measurements) they have now discovered hundreds of planets orbiting many of the these stars. Most of these were like Jupiter - large gas giants - but this type of planet would be much more likely to be discovered because of its size and mass. However, more recently smaller planets - more earth like - have been discovered too. So, many solar systems have been discovered in the Milky Way. If we reaise that, like our own galaxy, the Milky Way, there are thousands of millions of whole galazies out there each with thousands of millions of stars - so the possibilities of them having their own systems is very very high. Astronomers now believe that solar systems are the norm rather than a rarity.

An AU is the wrong measurement, that's like asking how far it is from London to New York - in millimeters.

An AU is merely the average distance from the Sun to the Earth, some 50 million km. The Milky way is about 100,000 Light years in diameter - a light year is about 10 trillion kilometers (10^16km = 10,000,000,000,000,000km).

Since we are on the outer edge of one of the spirals, make that 50,000 light years from the Sun to the center of the Milky Way. So if my math is right,

(50,000 * 10^16 )/ (50 * 10^6)

= (5 * 10^20) / (5 * 10^7)

= 10^13 AU

the milky way is that largest object in the galaxy

Irregular galaxies do not have a distinct shape or symmetry like spiral or elliptical galaxies. They often appear more chaotic and disordered, lacking the structured appearance of other galaxy types. Irregular galaxies can vary greatly in size and are characterized by a less defined structure.

There are 2 much smaller irregular galaxies that orbit our galaxy called the Magellanic Clouds. These are abbreviated LMC and SMC (large and small Magellianic Cloud). These will one day gradually collide with The Milky Way but it is a long time until that happens; no need to worry. There is also the Andromeda Galaxy which is on a collision course with us.

A galaxy is a large system of stars, gas, dust, and dark matter held together by gravity. There are estimated to be billions of galaxies in the universe, each containing millions to trillions of stars. The exact number of galaxies and stars in the universe is still unknown due to the vastness of space and the limitations of current technology.

No, Earth will not fall into the black hole at the center of the Milky Way Galaxy. The black hole is located about 26,000 light-years away from Earth, and our solar system is orbiting it at a safe distance. The gravitational pull from the black hole is not strong enough to pull Earth into it.

galaxy leon is a beyblade. that has galaxy pegasus energy ring and leons other parts.

Yes, a galaxy is typically much larger than a black hole. Galaxies can contain billions to trillions of stars and vast amounts of gas and dust, while black holes are typically formed from the remnants of massive stars with a gravitational pull so strong that not even light can escape from it.

Astronomers use radio telescopes, infrared telescopes, and space-based telescopes to map the shape of the Milky Way. They measure the positions and motions of stars, gas, and dust to create a three-dimensional map of our galaxy.

There are no double planet systems in our solar system. The closest to being considered a double planet are Pluto and its largest moon Charon, but since Charon is significantly smaller than Pluto, it is not classified as a double planet system.

A star is matter being compressed (by the force of gravity) wich in turn heats the star and is the mechanism for Nuclear Fussion, subsequently the star expands ( gravity vs. heat). A Quasar on the other hand is not a star at all, it is, in fact dust wich is being pulled towards a Supermassive Black hole (usually at the center of a Galaxy), the dust being Super-accelerated, and rubbing (friction) against other particles, heats up to an incredible temperature and emits extra-ordinary bright light, which we have come to know as Quasars (accretion disc of dust around Supermassice Black hole)

We (and the sun) are on a far arm of the Milky Way Galaxy. If you look up in the sky on some clear nights, you can see an almost greenish cloud-like mass. That's the rest of the Milky Way Galaxy. Since we're out on a limb, we can see the rest of it. If that doesn't make sense, think of it this way- If you are at the top on the far west side of a football stadium, then you can see the whole stadium, top and bottom, in a pretty much unobstructed view. That's about where we are in the galaxy. Of course, we are constantly spinning and moving, but we'll be in the same relative place for quite a while.

Tus is the hasbro version. It should come out in about May. If you want to preorder it go to toywiz.com anf click on beyblades then single packs. Then scroll to the bottom it will show all the pre orders

The takara tomy version already came out you can also buy galaxy pegasis from the same site

No, the Milky Way is much larger than 200 light years in diameter. It is estimated to be about 100,000-120,000 light years in diameter.

you have to go on the swing right after the second mushroom-thing you swing all the way up, and spin Mario so that he gets on the wall. when you get to the top, there is a star waiting for you.

Both a solar system/galaxy and a microscopic ecosystem are complex systems that involve interactions between various components. They both operate based on principles of interconnectedness and interdependence among their elements, leading to stable structures and behaviors. Additionally, they can both exhibit patterns of organization, such as planetary orbits in a solar system and trophic levels in a microscopic ecosystem.