If it could, and it couldn't - it would be about the size of a marble of 0.35" radius.Earth couldn't become a black hole because it has too little mass even though, theoretically, micro black holes could exist. [See related link] The smallest known black hole has 3.8 solar masses. Earth is a tiny, tiny fraction of that mass.But if there were an Earth-mass black hole, theoretically it would have the 0.35" radius, according to two different formulas.Cornell University Astronomers give the formula R = (3km) x (M / Msun), where R is the Schwarzschild radius (radius of edge of black hole beyond which nothing returns, ever); M= mass of Earth (or whatever); Msun = mass of the sun. [See related link]Another formula for calculating the R above uses instead Newton's gravitational constant (G), the mass of the object (m), and the speed of light (c). [See related link]
A white dwarf has the density of the Sun compacted into the size of the Earth. A white dwarf has a density of about 1 x 109 kg/m3 whereas a neutron star has a density of 8.4 x 1016kg/m3 Water for comparison is 1,000 kg/m3
navegador mean
what does r-r mean i mean rr
It mean leaf
The difference between a star and a planet with such a mass is kind of fuzzy. I would say it is a brown dwarf - a very small and dim star. The smallest known star is currently OGLE-TR-122b with a mass of 0.09 Msun. THey think the lower limit for a star to have fusion occur is about 0.08 Msun. So, an object with 0.017 Msun would be a planet.
No. A white dwarf cannot exist above a mass of amount 1.4M sun. Above that limit a stellar remnant will become a much smaller and denser object called a white dwarf. A mass of 3.0 M sun is about the upper limit for a neutron star. Above that it is likely to collapse to forma black hole.
There are no stars smaller than 0.08 Msun because any object smaller than that is not able to become hot enough to burn hydrogen in their cores. The brightest star in the Earth's sky is called Sirius.
If you look at the Spectral classes of stars, you will see that this star is a medium sized Blue-white star(3-18 MSun, 95-52000 LSun, Spectral class B). The average main sequence lifespan of this type of star is, according to the table, is 11-400 million years.
If it could, and it couldn't - it would be about the size of a marble of 0.35" radius.Earth couldn't become a black hole because it has too little mass even though, theoretically, micro black holes could exist. [See related link] The smallest known black hole has 3.8 solar masses. Earth is a tiny, tiny fraction of that mass.But if there were an Earth-mass black hole, theoretically it would have the 0.35" radius, according to two different formulas.Cornell University Astronomers give the formula R = (3km) x (M / Msun), where R is the Schwarzschild radius (radius of edge of black hole beyond which nothing returns, ever); M= mass of Earth (or whatever); Msun = mass of the sun. [See related link]Another formula for calculating the R above uses instead Newton's gravitational constant (G), the mass of the object (m), and the speed of light (c). [See related link]
A white dwarf has the density of the Sun compacted into the size of the Earth. A white dwarf has a density of about 1 x 109 kg/m3 whereas a neutron star has a density of 8.4 x 1016kg/m3 Water for comparison is 1,000 kg/m3
he was a mean person who lived with mean people in a mean castle on a mean hill in a mean country in a mean continent in a mean world in a mean solar system in a mean galaxy in a mean universe in a mean dimension
you mean what you mean
Mean is the average.
It mean what you don't what does it mean.
Mean
The arithmetic mean is a weighted mean where each observation is given the same weight.