The video tutorial explains the differences between alpha, beta, and gamma radiation. Alpha radiation involves the emission of helium nuclei, known as alpha particles, which are positively charged and larger than beta particles. Beta radiation occurs when a neutron decays into a proton, neutrino, and a beta particle, which is a high-energy electron with a negative charge. Gamma rays, the most penetrating form of radiation, are electromagnetic energy with no mass or charge, characterized by short wavelengths and high frequencies.

Which type of radiation is composed of helium nuclei?

• Beta radiation

• Alpha radiation

• Delta radiation

• Gamma radiation

What is the charge of alpha particles?

• Negative

• Positive

• Neutral

• Variable

What is produced when a neutron decays in beta radiation?

• An alpha particle

• A gamma ray

• A proton, a neutrino, and a beta particle

• Two protons and two neutrons

Which type of radiation is purely electromagnetic energy?

• Gamma radiation

• Neutron radiation

• Beta radiation

• Alpha radiation

Which type of radiation can penetrate most materials due to its high frequency?

• Alpha radiation

• Beta radiation

• Gamma radiation

• X-ray radiation