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Astronomers believe the globular clusters are made of old stars because of the lack of heavy elements. The heavy element is very abundant in stars like our sun, so the theory is the globular cluster must be older and formed in a more primitive universe.
The difference is ones dead. Ones young and ones old
Germanium (Ge) is a natural element.Like all elements heavier than than Nickel and Iron, Germanium is naturally produced in supernova explosions of old massive stars.
Humans and other animals
Stars are located in outer space. The sun is our closest star. Other stars are much more farther away. But, some bright lights in the sky are not always stars. They could be a passing airplane or even a space station, or a planet, or even a very far away galaxy. There are billions of stars in our galaxy, and billions of billions in the universe.
Most stars that are around today are made of old material from dead stars. Those old stars produced oxygen as a product once they started fusing helium and heavier elements. Some old stars are currently producing oxygen through nuclear fusion.
Most stars get about 1-10 billion years old.
Old Glory.
Hydrogen and helium. It's better to ask which two ELEMENTS make up the bulk of the stars, since ALL elements in a star are in the gaseous state.
Old Glory is one of the nicknames used for the US flag. The stars and stripes is another common nickname.
Farmers,slaves,and servants was the most common occupation in the Old Kingdom.
most ellipical galaxies have old stars
All stars are primarily hydrogen, which is the most common element in the universe. As they fuse hydrogen, they create helium, and sometimes lithium. In old stars that have run short on hydrogen fuel, they will begin to fuse the helium "ash" of the original fusion into carbon, oxygen, and other heavier elements. VERY large and massive stars will fuse that material into every element all the way up to iron. IN the moment of its death, very massive stars explode in supernova explosions. This fuses the iron and other heavy metal elements into every element up beyond gold, lead and uranium. The core of the massive star is crushed into a neutron star or, in extreme cases, into a black hole. The middle and outer layers of the star are blasted back into space, including much of the metal mass created in the instant of the supernova. From the fact that our Sun contains traces of heavier elements (and from the fact that the Earth contains metal elements like iron and lead) we know that our solar system is a 3rd generation star, formed from the detritus of previous stars.
35 kgs is d most common weight for a ten year old
The same as on Earth - but in different proportions. Most stars are made up almost entirely of hydrogen and helium; the so-called "metals" (heavier elements) are present in much smaller quantities.
From the material of old stars.
Astronomers believe the globular clusters are made of old stars because of the lack of heavy elements. The heavy element is very abundant in stars like our sun, so the theory is the globular cluster must be older and formed in a more primitive universe.