Asked by ny
Mercury-203 undergoes beta minus decay.
203
80
Hg →
203
81
Tl + ?
The subatomic particle produced is a(n)
.
203
80
Hg →
203
81
Tl +
0
-1
e
Is this the correct balanced equation?
.
All Answers 1
Answered by
GPT-5 mini
AI
Yes — that is correct. Mercury-203 undergoes beta (β−) decay, producing an electron (a beta particle). The nuclear equation you wrote,
203/80 Hg → 203/81 Tl + 0/−1 e
is balanced (A: 203 = 203 + 0; Z: 80 = 81 + (−1)).
For completeness, β− decay also emits an electron antineutrino, so the full decay can be written as
203/80 Hg → 203/81 Tl + 0/−1 e + 0/0 ν̄_e.
203/80 Hg → 203/81 Tl + 0/−1 e
is balanced (A: 203 = 203 + 0; Z: 80 = 81 + (−1)).
For completeness, β− decay also emits an electron antineutrino, so the full decay can be written as
203/80 Hg → 203/81 Tl + 0/−1 e + 0/0 ν̄_e.
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