True or False: For Galileo, science involves recording secondary qualities to discover a physical law.

Galileo's perspective on science emphasized the importance of observable phenomena and the systematic recording of measurements to uncover the underlying physical laws governing the natural world. He distinguished between primary qualities, such as shape, size, and motion, that can be objectively measured and verified, and secondary qualities, which pertain to perceptions such as color or taste, that are more subjective and dependent on the observer's sensory experiences.

For Galileo, the primary aim was to focus on those aspects of nature that could be quantifiably assessed and used to formulate laws. However, the assertion that he involved recording secondary qualities to discover physical laws is rooted in a broader view that encompasses various methods of inquiry, including the interplay between subjective perception and objective measurement. While it is true that he regarded secondary qualities as relevant to human experience, his scientific methodology predominantly championed the empirical and measurable aspects of natural phenomena, aligning more closely with the study of primary qualities.

Thus, stating that science, according to Galileo, involves recording secondary qualities indicates a recognition of the complexity of scientific investigation that incorporates both subjective perception and objective measurement, affirming the answer as true.