Question

Порядковий номер елемента в результаті бета розпаду ядра дорівнюєюз​

Answer 1

Це буде відповідь на питання

Answer 2

Beta Decay and Element Order

In beta decay, a neutron within the nucleus of an atom is transformed into a proton, an electron, and an antineutrino. This process results in the transformation of one element into another. The order of the element in the beta decay series can be determined by understanding the process of beta decay and the resulting changes in the atomic number and mass number of the elements involved.

The order of the element in the beta decay series can be determined by understanding the process of beta decay and the resulting changes in the atomic number and mass number of the elements involved. The order of the element in the beta decay series is determined by the change in atomic number and mass number as a result of the decay process.

The order of the element in the beta decay series is determined by the change in atomic number and mass number as a result of the decay process.

The sequential order of elements in the beta decay series can be calculated based on the changes in atomic number and mass number for each decay process. This allows for the determination of the specific element resulting from a given beta decay event.

The sequential order of elements in the beta decay series can be calculated based on the changes in atomic number and mass number for each decay process. This allows for the determination of the specific element resulting from a given beta decay event.

Therefore, the sequential number of the element in the beta decay series can be calculated based on the specific decay event and the resulting changes in atomic and mass numbers.

Therefore, the sequential number of the element in the beta decay series can be calculated based on the specific decay event and the resulting changes in atomic and mass numbers.