Why not explode
Almottagzm white single?Why
supernova explosions of the first type the top glamorous than those of the
second type?Why
the demise of severe Type I bursts regularity unlike the second
type?Answer
to all these questions is simply
Because all roads lead to iron!!
We all know that we can get energy from atomic nuclei if Htrnaha into small pieces (nuclear fission) or if Shaknaha together to form larger parts (nuclear fusion) has imagined one of us that it is possible then to get amounts to infinite energy through rotation between halves large nuclei and then merge small parts together ....... but unfortunately law of thermodynamics standing obstacle ..... of course we can split large nuclei but to integrate parts again we need the energy equivalent or perhaps higher than the resulting energy from fissionThere is a golden rule in the universe
Valenoy heavy leaning toward fusion ... and light nuclei tend towards integration
In both cases we get the energyThis means that the total outputs blocks in cases lighter than the original reactants blocks ... and missing mass are those resulting from the interaction energy
Is intermediate nucleus permission between light nuclei and heavy nuclei do not suffer merger or fusion?
Why are you iron nucleus 56 (26 protons + 30 neutrons)
Look for elements lighter than ironMedium particle mass per hydrogen atom = 1.00797Medium particle mass per carbon atom = 1.00000
Mass medium per particle in a = .99884 iron atom
If we look at the elements heavier than ironMedium particle mass uranium atom = 1.00021Mass medium for a gold atom particle = .99983Mass medium for a silver atom particle = .99910
Any that ... in nuclei lighter than iron ... the greater the weight iron peaks nearing the closer the average mass of the iron atomIn nuclei heavier than iron .... The less weight peaks just shy of iron ... the closer the average cluster also for iron
Direct result of permissionIron atom is the atom with the lowest mass medium between elements ... and thus contain the least amount of energy ... and more atoms remain stable between elements ... so ..... heavier atoms tend towards fusion iron ... and lighter atoms tend to integrate some iron as well.
But if that was the caseWhy exceeded cosmic cores essentially the nucleus of an atom of iron?
Or quasars ... is the cause of the nuclei heavier than iron
Because these rare phenomena in the universe ... iron Vnoah and above of the rare elements in the universe .... During the nearly 15 billion year age of the universe ... 90% hydrogen nuclei .. and 9% helium .. and 1% the rest of the elements
Because the terms of the merger are very difficult ... not only be done under extreme pressure and temperature in the soles of the stars ..... The heat severe tend electrons from the hydrogen atom and crushed protons together ... This consumes a large portion of energy is ... the activation energy
But what be integrated towards helium ... even off tremendous heat makes interaction is then automatically and smoothly ... When available energy has become easier integration
Because all roads lead to iron!!
We all know that we can get energy from atomic nuclei if Htrnaha into small pieces (nuclear fission) or if Shaknaha together to form larger parts (nuclear fusion) has imagined one of us that it is possible then to get amounts to infinite energy through rotation between halves large nuclei and then merge small parts together ....... but unfortunately law of thermodynamics standing obstacle ..... of course we can split large nuclei but to integrate parts again we need the energy equivalent or perhaps higher than the resulting energy from fissionThere is a golden rule in the universe
Valenoy heavy leaning toward fusion ... and light nuclei tend towards integration
In both cases we get the energyThis means that the total outputs blocks in cases lighter than the original reactants blocks ... and missing mass are those resulting from the interaction energy
Is intermediate nucleus permission between light nuclei and heavy nuclei do not suffer merger or fusion?
Why are you iron nucleus 56 (26 protons + 30 neutrons)
Look for elements lighter than ironMedium particle mass per hydrogen atom = 1.00797Medium particle mass per carbon atom = 1.00000
Mass medium per particle in a = .99884 iron atom
If we look at the elements heavier than ironMedium particle mass uranium atom = 1.00021Mass medium for a gold atom particle = .99983Mass medium for a silver atom particle = .99910
Any that ... in nuclei lighter than iron ... the greater the weight iron peaks nearing the closer the average mass of the iron atomIn nuclei heavier than iron .... The less weight peaks just shy of iron ... the closer the average cluster also for iron
Direct result of permissionIron atom is the atom with the lowest mass medium between elements ... and thus contain the least amount of energy ... and more atoms remain stable between elements ... so ..... heavier atoms tend towards fusion iron ... and lighter atoms tend to integrate some iron as well.
But if that was the caseWhy exceeded cosmic cores essentially the nucleus of an atom of iron?
Or quasars ... is the cause of the nuclei heavier than iron
Because these rare phenomena in the universe ... iron Vnoah and above of the rare elements in the universe .... During the nearly 15 billion year age of the universe ... 90% hydrogen nuclei .. and 9% helium .. and 1% the rest of the elements
Because the terms of the merger are very difficult ... not only be done under extreme pressure and temperature in the soles of the stars ..... The heat severe tend electrons from the hydrogen atom and crushed protons together ... This consumes a large portion of energy is ... the activation energy
But what be integrated towards helium ... even off tremendous heat makes interaction is then automatically and smoothly ... When available energy has become easier integration
Sun
for about 5 billion years produces helium ... and will still be about another 5
billion years ... then relatively heavier helium from hydrogen ... will increase
the heart of the sun block so shrinks himself ... and thus have higher pressure
and temperature ... and up activation
energy limit allowed by fusing helium ... after that happens mergers top
consisting of carbon and oxygen and nickel ... and so on until we reach the
iron
, A stable corn that we talked about the first article ... and thus stands nuclear furnace for most of the stars at this point
It is worth mentioning that all the stars in the stages of a merger helium and beyond do not generate only five energy generated by all her life!!
Therefore, we find that the red giant stage for the stars is shorter phases of the stars lived ... for sun Amlagaha Red will not exceed a million years old at the latest
In order to not mix it you remember very well that the red giant reaches that stage the need for energy than feed rate ... resulting from interactions energy is not overwhelmed the effect of gravity equation ... Vinshak himself component either Mottagzm white or a neutron star or even a hole Black or completely exhausted
And white Almottagzmat are extremely hot balls but very inactive ... does not happen any reactions ... just a slow leak of central heat, even cosmic equally with the surrounding medium ... and this process takes billions of years ... Until the moment did not cool down any white Mottagzm neutral center with around him ... and probably exhausted the whole universe to cool any fully Mottagzm!!
And we have to wonder ... if it were red giant mass higher than the Chandrasekhar limit .... you'll turn into a neutron star ... and this will not leak out of it anything high mass of the universe!!Where it came from iron atoms? ... Is already made up, but remain at the heart of the star does not slip out Vdhaeh
, A stable corn that we talked about the first article ... and thus stands nuclear furnace for most of the stars at this point
It is worth mentioning that all the stars in the stages of a merger helium and beyond do not generate only five energy generated by all her life!!
Therefore, we find that the red giant stage for the stars is shorter phases of the stars lived ... for sun Amlagaha Red will not exceed a million years old at the latest
In order to not mix it you remember very well that the red giant reaches that stage the need for energy than feed rate ... resulting from interactions energy is not overwhelmed the effect of gravity equation ... Vinshak himself component either Mottagzm white or a neutron star or even a hole Black or completely exhausted
And white Almottagzmat are extremely hot balls but very inactive ... does not happen any reactions ... just a slow leak of central heat, even cosmic equally with the surrounding medium ... and this process takes billions of years ... Until the moment did not cool down any white Mottagzm neutral center with around him ... and probably exhausted the whole universe to cool any fully Mottagzm!!
And we have to wonder ... if it were red giant mass higher than the Chandrasekhar limit .... you'll turn into a neutron star ... and this will not leak out of it anything high mass of the universe!!Where it came from iron atoms? ... Is already made up, but remain at the heart of the star does not slip out Vdhaeh
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