The atomic mass of thorium is 232 and its atomic number is 90. During the course of its radioactive disintegration `6 alpha` and `4 beta` particles are emitted. What is the atomic mass and atomic number of the atom?

The atomic mass of helium is 232 and its atomic number is 90. During the course of its radioactive disintegration 6 alpha and 4 beta -particles are emitted. What is the atomic and atomic number of the final atoms?

The atomic mass of Th is 232 and its atomic number is 90. In terms of its radioactivity six alpha and four beta particles are emitted. What is the mass number and atomic number of the product.

The atomic mass of Th is 232 and its atomic number is 90. In terms of its radioactivity six alpha and four beta particles are emitted. What is the mass number and atomic number of the product.

The atomic mass of Th is 232 and its atomic number is 90. In terms of its radioactivity six alpha and four beta particles are emitted. What is the mass number and atomic number of the product.

The atomic mass of Th is 232 and its atomic number is 90. In terms of its radioactivity six alpha and four beta particles are emitted. What is the mass number and atomic number of the product.

An atom has atomic mass 232 and atomic number 90. During the course of disintegration, it emits 2 beta -particles and few beta -particles and few alpha -particles. The resultant atom has atomic mass 212 and atomic number 82. How many alpha -particles are emitted during this process?

An atom has atomic mass 232 and atomic number 90. During the course of disintegration, it emits 2 beta -particles and few alpha -particles. The resultant atom has atomic mass 212 and atomic number 82. How many alpha -particles are emitted during this process?

An atom has atomic mass 232 atomic number 90. During the course of disintegration, it emits 2 beta particles and few alpha particles. The resultant atom has atomic mass 212 and atomic number 82. How many alpha particles are emitted during this process?