A star 30 times the mass of our Sun will quickly exhaust its hydrogen, go supernova and probably form a "black hole".
A star's internal composition does not change as the star ages, as a result of rising temperatures. The life span of a star is from one to ten-billion years. Larger, more massive stars have a shorter lifespan than smaller ones, due to the pressure on the core causing the larger stars to burn hydrogen more quickly.
It's because of the temperature of the star. The temperature defines the colour of the star. A red star is cooler than a blue one. Imagine heating an iron rod. It will start off black, then red, then orange, then yellow and if you continue heating it, it will turn white. If you could heat it a lot more it would turn blue.
That depends on the mass of the proto-star.
No. It does not have enough mass. Only stars 8 times the mass of the sun or greater can become neutron stars. The sun will become a white dwarf.
a blue star, or a new star that has just been formed from a nebula tends to be just hotter compared to stars, but to us, unimaginable temperatures! As a star burns more and more of its fuel, it becomes cooler and cooler, turning the outside yellowish to whitish. When most of its fuel burns out, a star will turn red on the outside. This is just like a fire. A blue fire is likely to be hotter than a red fire.
Pluto is much too small to become a star. Stars are thousands of times larger than Pluto.
A star will die once it runs out of hydrogen. If the star is larger than 5 times the size of our sun, it will turn into a supernova while the rest of the material is condensed into a black hole. If the star was smaller, it will just turn into a white dwarf.
There is no solution. 1.4 times the smaller is less than 1.5 times the smaller which, in turn, is less than 1.5 times the larger. 1.4 times the smaller is, therefore, smaller than 1.5 times the larger and certainly not 3 more than 1.5 times the larger.
it would depend if the star was a red giant or a super red giant and if it is 1000X larger than a red giant then it would turn into a black hole. some people think that the star at the center of the galxy is a black hole (but don't woury the solar system is at the rim of the galixy)
We note that the numbers rise by addition of ;7;7 between terms. Hence we can write 7n . The first term( n- 1) is '9' So we can write 7(1) + c = 9 7 + c = 9 c = 2 So the nth term becomes 7n + 2
Stars with larger masses have stronger gravity; this results in more pressure; which in turn makes the star hotter. As a result of the higher temperature, they will shine brighter, and burn their fuel much faster.
it depends on the mass. If the star is small and it dies then it will turn into a red giant then a white dwarf. But if the star has enough mass and is bigger than any other star then it will collapse and turn into a black hole.
When a star three times bigger than the sun will die, or run out of fuel, it will explode into a bang called a super nova. After that everything depends on the mass of the left out core. If the core is not very very dense it will turn into a neutron star, the densest stars in the universe, and will keep on shinning and pulsating beams of radiation throughout its lifetime until something big happens.
Jump on the faucet a few times.
smaller ones turn faster than larger ones
A star 'turns on' when it becomes large enough that there is enough pressure squeezing its insides to start a nuclear reaction. The pressure comes from gravity of the mass of the star. the planet Jupiter could become a star if it got significantly larger.
Turn Ben Stein On - 1999 Being Larger Than Life 3-13 was released on: USA: 19 April 2001