What is the atomic weight of a supernovae?

Answer 1

A Supernova core has an temperature of about 100 billion kelvin (100 GK); 6000 times the temperature of the sun's core.

Supernovae are extremely bright and cause a burst of radiation that can briefly outshine an entire galaxy.

During this short interval, a supernova can radiate as much energy as the Sun would produce over its entire life span.

Some supernova are reported to have temperatures > 50 million degrees F

Answer 2

A typical neutron star - if there is a typical one - has the density of about 3.7×1017 to 5.9×1017 kg/m3. The Earth for comparison has a density of 5.515 g/cm3

To put that into perspective, a neutron star has the mass of the entire human population, squashed down to the size of a sugar cube, or one teaspoon (5 milliliters) of neutron star would have 900 times the mass of the Great Pyramid of Giza.

Or imagine squeezing 50 million elephants into a thimble that is the density of a neutron star.

Another way of understanding it, is:- if you were (you can't) standing on a neutron star, and you laid a sheet of paper down, the effort required to climb the edge of the paper would be the equivalent of climbing a 3,000 mile cliff on Earth!

Answer 3

A supernova [See related question] is a description of a star that explodes.

For the remnants, see related question supernova remnants

For remains, see related questions, what is a neutron star and what is a black hole.

Answer 4

A supernova is the explosion of a star. If it would have any gravity, it would be the original gravity of the host star.

Answer 5

.0000000000000000000000000000000000000000000000001 m/s2

Answer 6

a supernova is an stellar explosion extremely luminouse and cause a bright radiation.

I recommend for you to understand the supernova the link provided in the related links box below.

Answer 7

Supernovae are composed of far more than one atom.

Answer 8

A supernova is the destruction of a star - it does not have a weight.

Answer 9

Well you see the mass of a super nova differs due to the color, size, shape, and density of the star. Due to the traits of the star it can have differ outcomes.

Answer 10

A supernova will result in the formation of either a neutron star or a black hole.