Solved

The Following Reaction Can Occur by the Strong Interaction: π0

Question 16

Multiple Choice

The following reaction can occur by the strong interaction: π0 + n → K+ + Σ−.If the quark composition of the n is (udd) ,the π° is ( The following reaction can occur by the strong interaction: π<sup>0</sup> + n → K<sup>+</sup> + Σ<sup>−</sup>.If the quark composition of the n is (udd) ,the π° is ( ) ,and the composition of the K<sup>+</sup> is ( ) ,find the quark composition of the Σ<sup>−</sup>. A) sss B) uds C) dds D) E)
) ,and the composition of the K+ is ( The following reaction can occur by the strong interaction: π<sup>0</sup> + n → K<sup>+</sup> + Σ<sup>−</sup>.If the quark composition of the n is (udd) ,the π° is ( ) ,and the composition of the K<sup>+</sup> is ( ) ,find the quark composition of the Σ<sup>−</sup>. A) sss B) uds C) dds D) E)
) ,find the quark composition of the Σ−.


A) sss
B) uds
C) dds
D) The following reaction can occur by the strong interaction: π<sup>0</sup> + n → K<sup>+</sup> + Σ<sup>−</sup>.If the quark composition of the n is (udd) ,the π° is ( ) ,and the composition of the K<sup>+</sup> is ( ) ,find the quark composition of the Σ<sup>−</sup>. A) sss B) uds C) dds D) E)
E) The following reaction can occur by the strong interaction: π<sup>0</sup> + n → K<sup>+</sup> + Σ<sup>−</sup>.If the quark composition of the n is (udd) ,the π° is ( ) ,and the composition of the K<sup>+</sup> is ( ) ,find the quark composition of the Σ<sup>−</sup>. A) sss B) uds C) dds D) E)

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q4: A K<sup>0</sup> particle at rest decays into

Q6: Name at least one conservation law that

Q8: According to the Hubble law, where H

Q12: If the quark content of the proton,p,is

Q13: The strong nuclear interaction has a range

Q14: The rest-energy of the Z<sup>0</sup> boson is

Q15: Which of the following decays violates conservation

Q20: The attractive force between protons and neutrons

Q27: According to string theory, six space-time dimensions

Q34: A proton and an antiproton each with