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How do you correctly identify beta emission reactions given a description like $^{126}_{50}\text{Sn}\rightarrow^{126}_{51}\text{Sb}$?

How do you correctly identify beta emission reactions given a description like $^{126}_{50}\text{Sn}\rightarrow^{126}_{51}\text{Sb}$?

Ex. “This is an example of what type of nuclear reaction: 126/50 Sn -> 126/51 Sb”

I thought it was fusion since the atomic number increased, but it was actually beta- emission with a neutron turning into a proton and electron/e- neutrino pair.

How do you correctly identify beta emission reactions?

Ex. “This is an example of what type of nuclear reaction: 126/50 Sn -> 126/51 Sb”

I thought it was fusion since the atomic number increased, but it was actually beta- emission with a neutron turning into a proton and electron/e- neutrino pair.

How do you correctly identify beta emission reactions given a description like $^{126}_{50}\text{Sn}\rightarrow^{126}_{51}\text{Sb}$?

Ex. “This is an example of what type of nuclear reaction: 126/50 Sn -> 126/51 Sb”

I thought it was fusion since the atomic number increased, but it was actually beta- emission with a neutron turning into a proton and electron/e- neutrino pair.

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How do you correctly identify beta emission reactions?

Ex. “This is an example of what type of nuclear reaction: 126/50 Sn -> 126/51 Sb”

I thought it was fusion since the atomic number increased, but it was actually beta- emission with a neutron turning into a proton and electron/e- neutrino pair.