Respuesta :
The balance equation will be
234/91 Pa --> 234/92 U + a beta particle
An example of it is potassium-40 nucleus. A beta particle has a high-energy and high-speed electron in the radioactive decay. These particles ranges from 0 MeV to 4 MeV. It carry one charge only and it is positively charge, it is called positron.
234/91 Pa --> 234/92 U + a beta particle
An example of it is potassium-40 nucleus. A beta particle has a high-energy and high-speed electron in the radioactive decay. These particles ranges from 0 MeV to 4 MeV. It carry one charge only and it is positively charge, it is called positron.
Answer : Beta particle will balance the following nuclear equation.
Explanation :
The nuclear reaction is,
[tex]^{234}_{91}Pa\rightarrow ^{234}_{92}U+^{-1}_0\beta[/tex]
Beta particle : It forms when a neutron changes into a proton and a high-energy electron.
When the nucleus emits the beta particle, the mass number remains same and the atomic number increases by 1 and the nuclear charge increases by 1.
Hence, the Beta particle will balance the following nuclear equation.