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Given That the Reaction N + π+ → P Can

Question 2

Multiple Choice

Given that the reaction n + π+ → p can occur and that the quark composition of the neutron is udd and that of the proton is uud, what must be the quark composition of the π+ meson?


A) u Given that the reaction n + π<sup>+</sup> → p can occur and that the quark composition of the neutron is udd and that of the proton is uud, what must be the quark composition of the π+ meson? A) u B) d C) d D) u E) d
B) Given that the reaction n + π<sup>+</sup> → p can occur and that the quark composition of the neutron is udd and that of the proton is uud, what must be the quark composition of the π+ meson? A) u B) d C) d D) u E) d d
C) d Given that the reaction n + π<sup>+</sup> → p can occur and that the quark composition of the neutron is udd and that of the proton is uud, what must be the quark composition of the π+ meson? A) u B) d C) d D) u E) d
D) u Given that the reaction n + π<sup>+</sup> → p can occur and that the quark composition of the neutron is udd and that of the proton is uud, what must be the quark composition of the π+ meson? A) u B) d C) d D) u E) d
E) Given that the reaction n + π<sup>+</sup> → p can occur and that the quark composition of the neutron is udd and that of the proton is uud, what must be the quark composition of the π+ meson? A) u B) d C) d D) u E) d d
Given that the reaction n + π<sup>+</sup> → p can occur and that the quark composition of the neutron is udd and that of the proton is uud, what must be the quark composition of the π+ meson? A) u B) d C) d D) u E) d

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