En esta publicación, comparto la respuesta a la pregunta Problem \( 4.38 \) Quarks Carry Spin \( 1 / 2 \). Three Quarks Bind Together To Make A Baryon (Such As The Proton Or Neutron); Two Quarks (Or More Precisely A Quark And An Antiquark) Bind Together To Make A Meson (Such As The Pion Or The Kaon). Assume The Quarks Are In The Ground State (So The Orbital Angular Momentum Is Zero). (A) What Spins Are Possible, con una explicación detallada.
Pregunta ?
Problem \( 4.38 \) Quarks Carry Spin \( 1 / 2 \). Three Quarks Bind Together To Make A Baryon (Such As The Proton Or Neutron); Two Quarks (Or More Precisely A Quark And An Antiquark) Bind Together To Make A Meson (Such As The Pion Or The Kaon). Assume The Quarks Are In The Ground State (So The Orbital Angular Momentum Is Zero). (A) What Spins Are Possible
Respuesta ✅
Espero que comprenda lo que he dicho sobre Problem \( 4.38 \) Quarks Carry Spin \( 1 / 2 \). Three Quarks Bind Together To Make A Baryon (Such As The Proton Or Neutron); Two Quarks (Or More Precisely A Quark And An Antiquark) Bind Together To Make A Meson (Such As The Pion Or The Kaon). Assume The Quarks Are In The Ground State (So The Orbital Angular Momentum Is Zero). (A) What Spins Are Possible. Si tiene alguna pregunta sobre este artículo, deje un comentario a continuación.