0n1 → 1P1 + 1e0 + θ-1. Which process is represented by the equa

1.	0n1 → 1P1 + 1e0 + θ-1. Which process is represented by the equation?2. What happens to the parent nucleus after the process?3. After this process the nucleus will be in a higher energy state. How will it come to ground state?4. If a proton splits in a nucleus what are the changes. Represent it with an equation.
Answer» 1. β – emission. 2. Atomic increases to one unit. But mass number remains constant 3. The parent atom comes to ground state by emitting gamma ray. 4. P → n + e⁺ + ν Atomic number decreases by one unit. But mass number remains constant.

0n1 → 1P1 + 1e0 + θ-1. Which process is represented by the equation?2. What happens to the parent nucleus after the process?3. After this process the nucleus will be in a higher energy state. How will it come to ground state?4. If a proton splits in a nucleus what are the changes. Represent it with an equation.

Answer»

1. β – emission.

2. Atomic increases to one unit. But mass number remains constant

3. The parent atom comes to ground state by emitting gamma ray.

4. P → n + e⁺ + ν

Atomic number decreases by one unit. But mass number remains constant.

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