It has been theorized that these particles can decay into a neutral pion and a positron, though this has never been observed. These particles have a half life of at least 10-to-the-32 years. These particles are created along with electrons in beta-minus decay. They decay into a neutrino, a positron, and a (*) neutron in beta-plus decay. The ratio of the mass of this particle to that of its negatively charged counterpart is over 1800. These particles are made of two up quarks and one down quark. Ernest Rutherford discovered alpha particles, thereby discovering these particles. For 10 points name these positively-charged particles, found in the
It has been theorized that these particles can decay into a neutral pion and a positron, though this has never been observed. These particles have a half life of at least 10-to-the-32 years. These particles are created along with electrons in beta-minus decay. They decay into a neutrino, a positron, and a (*) neutron in beta-plus decay. The ratio of the mass of this particle to that of its negatively charged counterpart is over 1800. These particles are made of two up quarks and one down quark. Ernest Rutherford discovered alpha particles, thereby discovering these particles. For 10 points name these positively-charged particles, found in the nucleus with neutrons.
It has been theorized that these particles can decay into a neutral pion and a positron, though this has never been observed.