The book begins with the nature of light, explaining its behavior as both a wave and a particle, before delving into rainbow formation. It explains how sunlight interacts with raindrops, leading to the separation of light into its constituent colors. Subsequent chapters explore different types of rainbows, detailing the atmospheric conditions and light interactions that give rise to each, including double rainbows with their reversed colors and Alexander's band.
This approach offers depth for those curious about the science behind rainbows. With a clear, engaging tone, Rainbow Facts is accessible to general readers interested in science and the natural world. It bridges physics, color theory, and environmental science. The book systematically builds knowledge, beginning with fundamental principles and culminating in a comprehensive understanding of double rainbows, making complex concepts understandable.