Question

Which star chemistry equation represents what happens during a star's supernova phase?

A. Iron(26) + Chromium(24) = Tin(50)
B. Helium(2) + Oxygen(8) = Neon(10)
C. Hydrogen(1) + Hydrogen(1) = Helium(2)

Answer 1

The equation that represents what happens during a star's supernova phase is Iron(26) + Chromium(24) = Tin(50).

Step-by-step explanation:

The star chemistry equation that represents what happens during a star's supernova phase is Option A: Iron(26) + Chromium(24) = Tin(50).

During a supernova, massive stars undergo a rapid and violent explosion. This explosion leads to the synthesis of heavier elements and the release of a tremendous amount of energy. In Option A, the combination of iron and chromium results in the formation of tin, representing a possible reaction during a star's supernova phase.