The element generated in the given fission reaction should be identified. CONCEPT INTRODUCTION: Radioactive decay: A nucleus undergoes disintegration in-order to become stable by emitting radiations such as alpha, beta and gamma particles. Radioactive series: The series in which successive disintegration of unstable nuclei is formed until a stable nucleus is formed. Different types of projectiles used: Neutrons Alpha particle Protons Deuterons Balancing a radioactive decay reaction: In nuclear reactive decay equations, the sum of all the mass numbers and atomic numbers will be equal in both side of the equations in-order to balance the equation.

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Chapter 25.6, Problem 1RC

Interpretation Introduction

INTERPRETATION:

The element generated in the given fission reaction should be identified.

CONCEPT INTRODUCTION:

Radioactive decay:

A nucleus undergoes disintegration in-order to become stable by emitting radiations such as alpha, beta and gamma particles.

Radioactive series:

The series in which successive disintegration of unstable nuclei is formed until a stable nucleus is formed.

Different types of projectiles used:

Neutrons

Alpha particle

Protons

Deuterons

Balancing a radioactive decay reaction:

In nuclear reactive decay equations, the sum of all the mass numbers and atomic numbers will be equal in both side of the equations in-order to balance the equation.

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