An interference pattern created by the reflection of light between two surfaces is called this physicist’s “rings.” His 1704 book Opticks demonstrates how color arises from the reflection of components of white light. He names a law relating the rate of (*) heat loss to the surrounding temperature, called his law of cooling. Another law named for this man is an inverse-square law describing a force between two masses; that is his law of universal gravitation. His second law states that F=ma, for 10 points, name this English scientist who names three laws of motion.
An interference pattern created by the reflection of light between two surfaces is called this physicist’s “rings.” His 1704 book Opticks demonstrates how color arises from the reflection of components of white light. He names a law relating the rate of (*) heat loss to the surrounding temperature, called his law of cooling. Another law named for this man is an inverse-square law describing a force between two masses; that is his law of universal gravitation. His second law states that F=ma, for 10 points, name this English scientist who names three laws of motion.
An interference pattern created by the reflection of light between two surfaces is called this physicist’s “rings.”