A. Alpha Particles
B. Gamma Rays
C. Neutron beams
D. Beta Rays
🧠 Explanation:
A nuclear bomb radiates harmful gamma rays during an explosion, high-energy electromagnetic radiation that penetrates tissues, causing severe health risks like radiation sickness. Emitted during fission, gamma rays are a key concern in nuclear safety, studied in physics and health sciences. Their destructive power drives the need for protective measures in nuclear technology and disaster planning. Understanding gamma rays’ effects informs radiation shielding and medical treatments, highlighting their significance in nuclear science. Their role in bombs underscores the catastrophic impact of nuclear weapons, shaping global security policies and safety protocols.
