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The Following Reaction Can Occur by the Strong Interaction π\pi 0 + N

Question 4

Multiple Choice

The following reaction can occur by the strong interaction: π\pi 0 + n \rightarrow K+ + Σ\Sigma -.If the quark composition of the n is (udd) , the π\pi°\degree is () , and the composition of the K+ is () , find the quark composition of the Σ\Sigma -.  The following reaction can occur by the strong interaction:   \pi 0 + n  \rightarrow   K+ +  \Sigma -.If the quark composition of the n is (udd) , the  \pi\degree  is () , and the composition of the K+ is () , find the quark composition of the  \Sigma -.     A) sss B) uds C) dds D)   d d \bar{s}  E)   \overline{\mathrm{u}} \mathrm{~s}  The following reaction can occur by the strong interaction:   \pi 0 + n  \rightarrow   K+ +  \Sigma -.If the quark composition of the n is (udd) , the  \pi\degree  is () , and the composition of the K+ is () , find the quark composition of the  \Sigma -.     A) sss B) uds C) dds D)   d d \bar{s}  E)   \overline{\mathrm{u}} \mathrm{~s}


A) sss
B) uds
C) dds
D) ddsˉd d \bar{s}
E) u s\overline{\mathrm{u}} \mathrm{~s}

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