Respuesta :
The types of radioactive decay are the following:
alpha particle
beta particle
gamma ray
proton
neutron
These are the effects of the following neutron-to-proton ratio:
alpha particle - close to 1 (stable)
beta particle - close to 1 (stable)
gamma ray - close to 1 (stable)
proton - greater than 1
neutron - less than 1
alpha particle
beta particle
gamma ray
proton
neutron
These are the effects of the following neutron-to-proton ratio:
alpha particle - close to 1 (stable)
beta particle - close to 1 (stable)
gamma ray - close to 1 (stable)
proton - greater than 1
neutron - less than 1
Answer: Beta emission- reduces the n/z ratio
Neutron emission- decreases the n/z ratio
Position emission- increases the n/z ratio
K- electron capture- increases the n/z ratio
Alpha decay- increases the n/z ratio
Explanation:
The essence of radioactive decay Is to attain a favorable n/z ratio. The various forms of decay are classifed according to those that either increase or decrease the n/z ratio. Do not forget that the ultimate aim of radioactive decay is to form stable nuclides