Nuclear Decay and Transmutation Concepts

This video tutorial explains how to write transmutation equations, focusing on alpha and beta decay processes. It begins with an introduction to transmutation equations, followed by detailed examples of alpha decay using Nickel-60 and beta decay using Potassium-40. The video encourages viewers to practice on their own and provides additional resources for further learning.

What is the primary purpose of transmutation equations?

• To calculate atomic mass

• To model chemical reactions

• To describe how unstable nuclei decay

• To predict weather patterns

In an alpha decay, what particle is emitted from the nucleus?

• Neutron

• Alpha particle

• Gamma ray

• Beta particle

What is the atomic number of the new element formed when Nickel-60 undergoes alpha decay?

• 28

• 26

• 30

• 24

Which element is formed when Potassium-40 undergoes beta decay?

• Argon

• Titanium

• Scandium

• Calcium

In beta decay, what happens to the atomic number of the element?

• It doubles

• It decreases by 1

• It remains the same

• It increases by 1

What is the mass number of the new element formed when Potassium-40 undergoes beta decay?

• 39

• 40

• 42

• 41

What is the symbol for the element formed when arsenic-80 undergoes alpha decay?

• Ga

• As

• Se

• Ge

When cobalt-60 undergoes beta decay, what is the atomic number of the resulting element?

• 29

• 26

• 27

• 28

What is the mass number of the element formed when cobalt-60 undergoes beta decay?

• 61

• 58

• 59

• 60

Where can you find additional resources for understanding transmutation equations?

• In the video description

• On a periodic table

• In a chemistry textbook

• In the optional video