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In a classical model, a scalar (spin-0) meson consists of a quark and an antiquark bound b by a potential V(r)= ar +2 , where a = 200 MeV fm and b=100 MeV fm . If the r masses of the quark and antiquark are negligible, the mass of the meson can be estimated as approximately (a) 141 MeV/c? (b) 283 MeV/c? (c) 353 MeV/c? (d) 425 MeV/c²

In a classical model, a scalar (spin-0) meson consists of a quark and an antiquark bound b by a potential V(r)= ar +2 , where a = 200 MeV fm and b=100 MeV fm . If the r masses of the quark and antiquark are negligible, the mass of the meson can be estimated as approximately (a) 141 MeV/c? (b) 283 MeV/c? (c) 353 MeV/c? (d) 425 MeV/c²

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In a classical model, a scalar (spin-0) meson consists of a quark and an antiquark bound by a potential V(r)= ar +- where a = 200 MeV fm and b = 100 MeV fm If the masses of the quark and antiquark are negligible, the mass of the meson can be estimated as approximately (a) 141 MeV/c? (b) 283 MeV/c? (c) 353 MeV/c² (d) 425 MeV/c²
Transcribed Image Text:In a classical model, a scalar (spin-0) meson consists of a quark and an antiquark bound by a potential V(r)= ar +- where a = 200 MeV fm and b = 100 MeV fm If the masses of the quark and antiquark are negligible, the mass of the meson can be estimated as approximately (a) 141 MeV/c? (b) 283 MeV/c? (c) 353 MeV/c² (d) 425 MeV/c²
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