consider the nuclear equation below.\n$_{8}^{15}o\\longrightarrow_{7}^{15}n + _{+1}^{0}e$\nwhich correctly…

consider the nuclear equation below.\n$_{8}^{15}o\\longrightarrow_{7}^{15}n + _{+1}^{0}e$\nwhich correctly identifies the type of reaction?\nalpha decay\nbeta plus decay\nbeta minus decay\ngamma decay

consider the nuclear equation below.\n$_{8}^{15}o\\longrightarrow_{7}^{15}n + _{+1}^{0}e$\nwhich correctly identifies the type of reaction?\nalpha decay\nbeta plus decay\nbeta minus decay\ngamma decay

Answer

Brief Explanations:

In beta - plus decay, a proton in the nucleus is converted into a neutron, and a positron (${+1}^{0}e$) is emitted. In the given nuclear equation, oxygen - 15 decays into nitrogen - 15 with the emission of a positron. Alpha decay involves the emission of an alpha particle (${2}^{4}He$), beta minus decay emits an electron ($_{ - 1}^{0}e$), and gamma decay involves the emission of gamma rays (high - energy photons) without a change in the mass number or atomic number of the nucleus.

Answer:

beta plus decay