This study guide covers nuclear physics, focusing on nuclear reactions (including radioactive decay, nuclear fission, and nuclear fusion) and the concept of half-life. It details the conservation laws governing these reactions, emphasizing the conservation of nucleon number and charge. The guide also explains the types of radioactive decay, such as alpha decay.

#AP Physics 2: Nuclear Physics - Your Night Before Guide ☢️

Hey there, future physicist! Let's get you prepped for the AP Physics 2 exam with a focused review of nuclear physics. Remember, you've got this! 💪

#Nuclear Reactions: The Basics

#Conservation Laws

Key Principle: Matter can change form, but it's neither created nor destroyed. In nuclear reactions, both **nucl...

#AP Physics 2: Nuclear Physics - Your Night Before Guide ☢️

Hey there, future physicist! Let's get you prepped for the AP Physics 2 exam with a focused review of nuclear physics. Remember, you've got this! 💪

#Nuclear Reactions: The Basics

#Conservation Laws

Key Principle: Matter can change form, but it's neither created nor destroyed. In nuclear reactions, both **nucl...

In any nuclear reaction, what two quantities must always be conserved? 🤔

Nucleon number and Charge

Momentum and Kinetic energy

In any nuclear reaction, what two quantities must always be conserved? 🤔

Nucleon number and Charge

Momentum and Kinetic energy

Radioactive Decay

Chloe Sanchez

#AP Physics 2: Nuclear Physics - Your Night Before Guide ☢️

#Nuclear Reactions: The Basics

#Conservation Laws

How are we doing?

Radioactive Decay

Chloe Sanchez

#AP Physics 2: Nuclear Physics - Your Night Before Guide ☢️

#Nuclear Reactions: The Basics

#Conservation Laws

How are we doing?