Let's say that in another universe there are three types of nucleons with spin= 1/2, electric charge +x, -x, and zero. Mass is similar to the proton's mass and forces are similar to our universe. Explain what would change in the nuclear physics of this universe.
Let's say that in another universe there are three types of nucleons with spin= 1/2, electric charge +x, -x, and zero. Mass is similar to the proton's mass and forces are similar to our universe. Explain what would change in the nuclear physics of this universe.
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![Let's say that in another universe there are
three types of nucleons with spin= 1/2,
electric charge +x, -x, and zero. Mass is
similar to the proton's mass and forces are
similar to our universe.
Explain what would change in the nuclear
physics of this universe.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5b518e3b-ebee-4f0e-862c-6b4d43d8cef4%2F2a2ce8c9-2454-4ddb-990b-d09ac859412c%2Fca8709e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Let's say that in another universe there are
three types of nucleons with spin= 1/2,
electric charge +x, -x, and zero. Mass is
similar to the proton's mass and forces are
similar to our universe.
Explain what would change in the nuclear
physics of this universe.
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