The omega-minus particle decays $\Omega ^ { - } \rightarrow X ^ { 0 } + \pi ^ { - }$ with the X⁰ and the $\pi$^- eventually decaying into stable baryon(s)and lepton(s).Utilizing conservation laws,which of the following is the correct accounting of the decay products? A)$\Omega ^ { - } \rightarrow \mathrm { p } + 4 \gamma + 2 \mathrm { e } ^ { - } + 2 \overline { \boldsymbol { v } } _ { e } + \boldsymbol { v } _ { \mu } + \overline { \boldsymbol { v } } _ { \mu }$ B)$\Omega ^ { - } \rightarrow p + \mu ^ { - } + \bar { v } _ { \mu } + 2 \gamma + e ^ { - }$ C)$\Omega ^ { - } \rightarrow 2 e ^ { - } + 2 \bar { v } _ { e } + 4 \gamma + \boldsymbol { v } ^ { + } + \bar { v } _ { \mu }$ D)$\Omega ^ { - } \rightarrow \mathrm { p } + 4 \gamma + e ^ { - } + 2 \overline { \boldsymbol { v } } _ { e } + \boldsymbol { v } _ { \mu } + \overline { \boldsymbol { v } } _ { \mu }$

Question

Quizplus · Accepted Answer

The Answer of The omega-minus particle decays $\Omega ^ { - } \rightarrow X ^ { 0 } + \pi ^ { - }$ with the X⁰ and the $\pi$^- eventually decaying into stable baryon(s)and lepton(s).Utilizing conservation laws,which of the following is the correct accounting of the decay products? A)$\Omega ^ { - } \rightarrow \mathrm { p } + 4 \gamma + 2 \mathrm { e } ^ { - } + 2 \overline { \boldsymbol { v } } _ { e } + \boldsymbol { v } _ { \mu } + \overline { \boldsymbol { v } } _ { \mu }$ B)$\Omega ^ { - } \rightarrow p + \mu ^ { - } + \bar { v } _ { \mu } + 2 \gamma + e ^ { - }$ C)$\Omega ^ { - } \rightarrow 2 e ^ { - } + 2 \bar { v } _ { e } + 4 \gamma + \boldsymbol { v } ^ { + } + \bar { v } _ { \mu }$ D)$\Omega ^ { - } \rightarrow \mathrm { p } + 4 \gamma + e ^ { - } + 2 \overline { \boldsymbol { v } } _ { e } + \boldsymbol { v } _ { \mu } + \overline { \boldsymbol { v } } _ { \mu }$

The Omega-Minus Particle Decays Ω−→X0+π−\Omega ^ { - } \rightarrow X ^ { 0 } + \pi ^ { - }Ω−→X0+π−

The Omega-Minus Particle Decays $\Omega ^ { - } \rightarrow X ^ { 0 } + \pi ^ { - }$