Radium-226 is unstable. what is the process that allows the nucleus of radium-226 to become more stable? question 14 options: a. ionic bonding b. radioactive decay c. hydrogen bonding d. covalent bonding e. nuclear fusion

The correct answer is Option B.

Explanation:

We are given a radioisotope which is unstable in nature. For this isotope to become stable, it has to undergo radioactive decay. There are various processes by which a radioisotope may decay:

1. Alpha decay: In this decay process, a heavier nuclei decays into lighter nuclei. The particle released is alpha particle.

2) Gamma decay: In this decay process, an unstable nuclei gives excess energy by a process of spontaneous electromagnetic process. This decay process releases .

3) Beta-plus decay: In this decay process, a neutron gats converted into a proton and an electron. The particle released is

4) Beta-minus decay: In this decay process, a proton gets converted into a neutron and an electron neutrino which is known as a positron particle. This is also known as -decay.

Radium-226 nuclei undergoes alpha decay to form Radon-222 nuclei by releasing alpha-particle.

Hence, the answer is Option B.

the correct answer for this question is radio active decay or option b ! press brainliest...

they are non-matter

explanation:

they are non-matter. basically, any type of energy or any abstract concept is an example of something that does not matter. other examples include dreams, magnetism, radio, and hate

according to jean piaget, in what stage of cognitive development are children able to understand conservation task?

b. preoperational

just took it