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Which Is The Second Step Of The Fusion Process? + → + E+ + V + Energy 6 + 2 → + 2 + Energy + 2V + → + Energy + → + + + Energy. The reaction (bonding) in which deuterium and hydrogen unite to form a 3 mass helium atom and. Given the listed reactions, the second step of the fusion process described here is:
This usually represents a later step in the fusion chain. Therefore, the second step in the fusion process is: H²₁ + h 1 ₁ → h³₂ + energy this is the second step of the fusion process.
Gamma rays are produced in the core. This usually represents a later step in the fusion chain. H²₁ + h 1 ₁ → h³₂ + energy this is the second step of the fusion process.
Include what happens in each layer of the sun. 1 2 h + 1 1 h → 2 3 he + energy. So, the correct choice is:
(this is not different from methane burning, which also. Study with quizlet and memorize flashcards containing terms like place in order the steps for the fusion of hydrogen into helium, from first to last., as shown in the figure, the interior structure. The reaction (bonding) in which deuterium and hydrogen unite to form a 3 mass helium atom and.
Explain how energy travels outward from the core and is emitted from the sun. The second step of the fusion process is the reaction (combination) where a deuterium combines with a hydrogen to produce one helium 3, 3he, nucleus and a energy photon as follows;. Given the listed reactions, the second step of the fusion process described here is:
