The video provides an introduction to nuclear physics, distinguishing it from atomic physics. It covers the historical development of the field, including key discoveries like radioactivity and the electron. Theoretical aspects such as nuclear properties and models are discussed, alongside experimental methods involving accelerators and detectors. The video also explores radioactivity, nuclear reactions, and the applications of nuclear physics, including its role in the development of particle physics.

What distinguishes nuclear physics from atomic physics?

• Nuclear physics is a branch of chemistry, while atomic physics is a branch of biology.

• Nuclear physics and atomic physics are the same, with no distinctions.

• Nuclear physics is concerned with chemical reactions, while atomic physics deals with nuclear reactions.

• Nuclear physics studies the atomic nucleus, while atomic physics focuses on atomic structures and interactions.

Who discovered radioactivity, marking a significant milestone in nuclear physics?

• Ernest Rutherford

• Albert Einstein

• Henry Becquerel

• Marie Curie

Which model compares the nucleus to a drop of liquid?

• Planetary model

• Liquid drop model

• Fermi gas model

• Shell model

What is the significance of the shell model in nuclear physics?

• It compares nuclear particles to a Fermi gas.

• It describes the existence of nuclear shells and magic numbers.

• It is used to study chemical reactions.

• It explains the binding energy of a nucleus.

What does radioactivity as a statistical process involve?

• Examining electromagnetic waves

• Studying chemical reactions

• Understanding the decay law and half-life

• Analyzing gravitational forces

Which type of decay involves the emission of a positron?

• Gamma decay

• Beta decay

• Positron emission

• Alpha decay

What is a key feature of nuclear reactions that can be induced artificially?

• They do not involve any energy changes.

• They occur spontaneously without external influence.

• They are identical to chemical reactions.

• They require bombarding particles to initiate.

What is the primary purpose of accelerators in nuclear physics experiments?

• To provide kinetic energy for nuclear reactions

• To measure the mass of particles

• To detect electromagnetic waves

• To slow down particles

Which of the following is NOT a type of nuclear detector?

• Thermometer

• GM counter

• Ionization chamber

• Scintillation detector

What new branch of physics emerged from nuclear physics due to powerful accelerators?

• Thermodynamics

• Astrophysics

• Quantum physics

• Particle physics