The maximum mass a newborn star can have is about 8.5 times the mass of the sun.
How will a high mass star with a mass greater than 4 solar masses behave after it runs out of hydrogen in its core?
A high mass star with a mass greater than 4 solar masses will have its core reduced in size by the process of hydrogen fusion. This will cause the star to heat up and expand, eventually causing it to explode.
What effect sets the largest size a star can have?
The size of a star can have a significant effect on its brightness. Larger stars are brighter than smaller stars, and the brighter stars are more likely to be visible from Earth.
What is the minimum mass that a cloud with these properties needs in order to form a star?
A cloud with these properties needs at least 1/3 of the mass of the sun in order to form a star.
How do you find the mass of a star?
The mass of a star is measured in terms of its star’s weight.
Why is the greatest mass of a newborn star 150 solar?
The greatest mass of a newborn star is 150 solar masses. This is because a newborn star is very new and is only about one-seventh of its final mass.
Why are the very first stars thought to have been much more massive than the sun?
The very first stars thought to have been much more massive than the sun were thought to be much larger and more massive than the sun.
Do stars have mass?
Stars have mass because they are made of gas and dust.
When a star with high mass dies it becomes a?
A white dwarf.
What is the range of star masses for high mass stars?
The range of star masses for high mass stars is about 100-200 times the mass of the sun.
What does a low-mass star turn into?
A low-mass star is one that is less massive than the sun. This means that it has less of the material that makes up stars. This makes the star less efficient in producing energy, and it can eventually die.
How do high mass stars create heavier elements than iron?
The heavier elements are created when the star’s outer envelope is shredded by the force of the star’s gravity. The heavier elements are then drawn in by the star’s nuclear fusion process.
Is Sirius a low-mass star?
Yes, Sirius is a low-mass star.
What is the largest known star?
The largest known star is the sun.
What is the difference between a low mass star and a high mass star?
The difference between a low mass star and a high mass star is that a high mass star has more mass than a low mass star.
Why does a star’s life expectancy depend on mass?
Stars, like all other celestial bodies, have a mass that affects their life expectancy. The more mass a celestial body has, the more gravity it has. This causes the star to have a slower rate of spinning, which in turn means that it will have a shorter life expectancy.
Do high mass stars have longer lifetimes?
There is no definitive answer to this question as it depends on a variety of factors, including the mass of the star, the star’s temperature, and the type of star. However, some models suggest that high mass stars may have shorter lifetimes than lower mass stars, which may be due to the higher energy requirements for creating a star of such a high mass.
What elements are in a high mass star?
The elements in a high mass star are mostly hydrogen and helium.
What is the largest element a low mass star can create in its core by fusion?
Low mass stars can create elements by fusion. The largest elements that can be created in a low mass star’s core are iron and nickel.
Is there a limit to the mass a star can be born with?
There is no limit to the mass a star can be born with.
What is the maximum mass of a protostar and what determines the limit?
The maximum mass of a protostar is about 1.4 times the mass of the sun. This limit determines how large a protostar can become.
What is the mass of a low mass star?
The mass of a low mass star is about one-thousandth of the mass of the sun.
What is the heaviest element produced in the core of a high mass star quizlet?
The heaviest element in a high mass star quizlet is probably iron.
What is the ultimate fate of a star with a mass of 2 solar masses?
The star will eventually die.
What is the greatest mass a newborn star can have?
The greatest mass a newborn star can have is about 25,000 times the mass of the sun.
Do you think it is possible that a 1.5 solar mass red giant could harbor an advanced civilization explain your reasoning?
There is no definitive answer to this question as it depends on a great deal of factors, including the specific red giant’s properties, the nature of its atmosphere, and the behavior of its stars. However, some experts believe that it is possible that a red giant with a 1.5 solar mass could harbor an advanced civilization. This is because red giant stars are typically larger and more massive than the sun, and their atmospheres are more dense and variable than those of smaller stars. Additionally, red giant stars are thought to be more likely to have multiple systems of planets, which would make them more hospitable to life.
Why is it important to have stars of different masses?
Stars of different masses have different properties that can affect the way they interact with the universe. For example, a large, massive star like the sun would be more powerful and create more energy than a small, less powerful star. This would create a more intense gravitational force on nearby galaxies, and could create a more active galactic center. A smaller, less powerful star would also have a smaller impact on the universe, and might not create as much energy.
What is the approximate upper limit for a low mass main sequence star?
The approximate upper limit for a low mass main sequence star is about 1.4 solar masses.
What does a high mass star become?
A high mass star is one that is much larger than the Earth. These stars are very powerful and can have very high temperatures.
How do high mass stars create heavy elements?
The high mass stars create heavy elements by burning hydrogen and helium. The heavier elements are created by the stars as they fusion together to create heavier elements.
What is a mass of a star?
A star is a mass of a star.