Our Sun is a G2V class star, and is about half-way through its expected life. In about 4 billion years or so, the Sun will begin to die, and will expand into a red giant star, which will probably destroy Mercury and Venus, and possible Earth and Mars as well. After a few hundred million years, the Sun will begin to fall in on itself, and will contract to a white dwarf star and over the next several billion years will probably further decay into a red dwarf.
Stars that produce most of their energy by the CNO cycle are predominantly those with a mass about 1.3 times the mass of our Sun or greater.Our Sun, and stars comparable in mass or less, predominantly use the proton-proton cycle.
In massive stars, fusion is generally produced in a catalytic cycle of reactions known as the Carbon-Nitrogen-Oxygen cycle. Some large stars use the Triple-Alpha process to transform helium into carbon. In massive, contracting stars, fusion can also be produced in the Neon Burning process and the Oxygen Burning process. And finally, there is the Silicon Burning process that produces iron.In lighter stars, like our Sun, the Proton-Proton chain process is used to convert hydrogen into helium.For more information, please see the Related Link below.
"HOW IS THE LIFE CYCLE OF SUNFLOWER" MAKES NO SENSE WHATSOEVER. WHICH IS PROBABLY WHY YOUR QUESTION HAS NOT BEEN ANSWERED YET. PLEASE REPHRASE THE QUESTION.
By the water cycle I think you mean the cycle whereby the sun warms the ocean, causes evaporation, which falls as rain and returns to the ocean by rivers, and so on? It is radiant energy from the sun which powers this cycle.
All stars are sun or sun is the star both are same.
The sun is similar to other stars because it is a star itself. All stars are made of the same types of materials, hydrogen and helium. In addition to the same make up, all stars also have a life cycle.
The life cycle of all stars is pretty similar from birth to late in their life - that's when the rest of their life cycle can vary dramatically. Small and medium-sized stars tend to be the longest-lived stars (our Sun is a typical example), and they end their life by expanding, cooling, and then blowing off their outer shell while their nucleus collapses to a "White Dwarf".
neutron star. When the life cycle is done with a star the star stops growing and eventually dies.
Stars that produce most of their energy by the CNO cycle are predominantly those with a mass about 1.3 times the mass of our Sun or greater.Our Sun, and stars comparable in mass or less, predominantly use the proton-proton cycle.
Depends really, some (like our sun) live up to 10 billion years as a star.
To be honest with you, I really do not know the answer to that question. And one more thing, Justin Bieber is awesome!
middle age
A star's life cycle starts from a nebula. For giant stars, the star turns into a huge star to a super red giant to a supernova to a black hole. A sun-like star turns to a red giant, then a planetary nebula, a white dwarf, and then a black dwarf.
I think ur a gay. when you die the sun will end on its life cycle! :D >>>Jushki
dubstep
the sun is a cool wave
Although at the end of a stars life - another "type" of star is born, they are different to the "normal" type of star and are "star" in name only. Most "remnants" of stars should be classed as degenerate stars. Our Sun (a star) will first turn into a red giant star [See related question] and then a white dwarf star [See related question]