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The following expressions give the functional dependence of the energy generation rate, e, on density and temperature for the proton-proton chain and the CNO cycle. Proton-proton chain: € = €opT4 CNO cycle: € = €0PT¹6 Write down the corresponding expression for the triple alpha process, and explain why its functional form differs in this manner from the other two processes.

The following expressions give the functional dependence of the energy generation rate, e, on density and temperature for the proton-proton chain and the CNO cycle. Proton-proton chain: € = €opT4 CNO cycle: € = €0PT¹6 Write down the corresponding expression for the triple alpha process, and explain why its functional form differs in this manner from the other two processes.

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The following expressions give the functional dependence of the energy generation rate, e, on density and temperature for the proton-proton chain and the CNO cycle. Proton-proton chain: e = €opT4 CNO cycle: e = eopT16 Write down the corresponding expression for the triple alpha process, and explain why its functional form differs in this manner from the other two processes.
Transcribed Image Text:The following expressions give the functional dependence of the energy generation rate, e, on density and temperature for the proton-proton chain and the CNO cycle. Proton-proton chain: e = €opT4 CNO cycle: e = eopT16 Write down the corresponding expression for the triple alpha process, and explain why its functional form differs in this manner from the other two processes.
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