nucleus was fused with another nucleus (by chance) to form heavier elements such as Cr, Ni, Fe. You may start with Hydrogen or Helium Burning. You may also fuse the elements with Hydrogen (1), He (2), Li (3), and Be (4). Show the changes in the number of protons and neutrons in the nucleus of the atoms produced in your illustration. ELEMENT PROTONS NEUTRONS 6 Ne 10 10 Mg 12 12 Na 11 11 8 8 Si 14 14 16 16 Fe 26 26 Ni 28 28

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Given the number of protons and neutrons in the nucleus of the given elements, make a diagram on how the
nucleus was fused with another nucleus (by chance) to form heavier elements such as Cr, Ni, Fe. You may
start with Hydrogen or Helium Burning. You may also fuse the elements with Hydrogen (1), He (2), Li (3), and
Be (4). Show the changes in the number of protons and neutrons in the nucleus of the atoms
produced in your illustration.
ELEMENT
PROTONS
NEUTRONS
Ne
10
10
Mg
12
12
Na
11
11
8
8
Si
14
14
S
16
16
Fe
26
26
Ni
28
28
Cr
24
24
Clue: Stellar nucleosynthesis occurred/occurs producing the elements that we know today. Carbon
burning produced Ne, Mg, and O which thereby fused to produce Si and S. Si and S fused to form Fe, Ni, Cr,
Ti, Co, and Mn.
Transcribed Image Text:Given the number of protons and neutrons in the nucleus of the given elements, make a diagram on how the nucleus was fused with another nucleus (by chance) to form heavier elements such as Cr, Ni, Fe. You may start with Hydrogen or Helium Burning. You may also fuse the elements with Hydrogen (1), He (2), Li (3), and Be (4). Show the changes in the number of protons and neutrons in the nucleus of the atoms produced in your illustration. ELEMENT PROTONS NEUTRONS Ne 10 10 Mg 12 12 Na 11 11 8 8 Si 14 14 S 16 16 Fe 26 26 Ni 28 28 Cr 24 24 Clue: Stellar nucleosynthesis occurred/occurs producing the elements that we know today. Carbon burning produced Ne, Mg, and O which thereby fused to produce Si and S. Si and S fused to form Fe, Ni, Cr, Ti, Co, and Mn.
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