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Compare the elements in an early prostar and those in a young star formed star dust of older stars?
Wiki User
∙ 13y ago
A protostar has 100% Hydrogen. A young star has a Helium core.
Wiki User
∙ 13y ago
In an early protostar, the dominant elements are hydrogen and helium with traces of heavier elements produced in previous stellar generations. In a young star formed from star dust of older stars, the composition will include heavier elements like carbon, oxygen, nitrogen, and iron, which were created in the cores of older stars and then dispersed into space through supernova explosions. These heavier elements enrich the gas and dust from which younger stars form, leading to a more diverse elemental composition.
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Do prostars become stars?
The term is "protostar", not "prostar". Yes. A protostar is an early stage of a star.
What are the characteristic of the elements was used in early attempts to classify the elements according to their chemical similarities?
Early attempts to classify elements based on their chemical similarities focused on observable characteristics such as appearance, reactivity, and common chemical compounds they formed. Elements were also categorized based on their physical properties such as melting point, boiling point, and density. These early classification systems laid the foundation for the development of the modern periodic table.
Where was uranium originally formed?
Uranium on Earth was formed outside of our solar system, billions of years before Earth, mostly in our Milky Way galaxy.Uranium and the majority of the other heavy elements are formed by stellar nucleosynthesis in novas and supernovas.Heavy elements from the various sources in our galaxy combined with the mass of hydrogen that was the beginning of the formation our solar system around five billion years ago.Nucleosynthesis is the science that works to explain how elements are formed. Supernovae are responsible for the heaviest elements. Several other processes are involved in the creation of the lighter elements. See related links.
How the elements were created?
Nucleosynthesis in the early stages of the universe. This created light elements up to Beryllium. The others came from nuclear fission when stars formed, and were distributed by supernova explosions at the end of some of the stars' life. Takes about a billion of years by order of magnitude.
Compare the role of nuclear fusion in the formation of the earth's naturally occurring elements and in the creation of synthetic elements in the laboratory?
Nuclear fusion in the early universe and stars created naturally occurring elements through the process of nucleosynthesis, forming elements such as hydrogen, helium, and heavier elements up to iron. In the laboratory, nuclear fusion can be used to create synthetic elements by bombarding target nuclei with high-energy particles, leading to the formation of new, often superheavy, elements not found in nature.
How would crystals formed early from magma be larger and better formed than those formed later?
The crystals formed early by magma would not be deficient of certain elements. Once these elements are used up, they are not available in the magma to form later crystals.
Do prostars become stars?
The term is "protostar", not "prostar". Yes. A protostar is an early stage of a star.
What does the prostar do?
The Prostar is a line of premium heavy-duty trucks manufactured by International Truck and Engine Corporation. They are designed for long-haul transportation and offer advanced features such as fuel efficiency, driver comfort, and durability for demanding work environments.
Where were the elements carbon oxygen and iron formed?
Carbon, oxygen, and iron were formed in the cores of stars through nuclear fusion processes. These elements are created during different stages of a star's evolution, with lighter elements like carbon and oxygen generated in the early stages and heavier elements like iron produced in the later stages, including supernova explosions.
What are the characteristic of the elements was used in early attempts to classify the elements according to their chemical similarities?
Early attempts to classify elements based on their chemical similarities focused on observable characteristics such as appearance, reactivity, and common chemical compounds they formed. Elements were also categorized based on their physical properties such as melting point, boiling point, and density. These early classification systems laid the foundation for the development of the modern periodic table.
Why is it likely that life did not form during the very early history of the universe?
In the early Universe, there were no heavy elements around - all the matter of the Universe was in the form of hydrogen, helium, and small amounts of lithium; until the first stars formed, created these heavier elements, and put them out into space when they exploded as supernovae.
What two groups formed the govenment of early rome?
The senate and consuls formed the government of early Rome.
When was Sparta formed?
It was formed in the early 9th century. lol.
When was first element created?
The first elements were created shortly after the Big Bang, around 13.8 billion years ago. Hydrogen and helium were among the first elements formed in the early universe through nucleosynthesis.
Where was uranium originally formed?
Uranium on Earth was formed outside of our solar system, billions of years before Earth, mostly in our Milky Way galaxy.Uranium and the majority of the other heavy elements are formed by stellar nucleosynthesis in novas and supernovas.Heavy elements from the various sources in our galaxy combined with the mass of hydrogen that was the beginning of the formation our solar system around five billion years ago.Nucleosynthesis is the science that works to explain how elements are formed. Supernovae are responsible for the heaviest elements. Several other processes are involved in the creation of the lighter elements. See related links.
Where are the lightest elements located?
The lightest elements, such as hydrogen and helium, are located in the inner parts of stars where nuclear fusion processes occur. These elements were formed during the early stages of the universe in a process called nucleosynthesis.
How the elements were created?
Nucleosynthesis in the early stages of the universe. This created light elements up to Beryllium. The others came from nuclear fission when stars formed, and were distributed by supernova explosions at the end of some of the stars' life. Takes about a billion of years by order of magnitude.
