Which of the following reflects Galileo's impact on the scientific approach?

Galileo's impact on the scientific approach is best reflected in the emphasis he placed on mathematics as a critical tool for understanding the natural world. He believed that the laws of nature could be expressed as mathematical relationships, which was a significant shift from the philosophical reasoning that dominated prior scientific thought. By utilizing precise measurements and mathematical equations, he was able to formulate and test hypotheses, thus laying the groundwork for modern scientific methods.

His application of mathematics to physical phenomena allowed for more accurate predictions and a clearer understanding of concepts such as motion and gravity. This methodological shift not only advanced the fields of physics and astronomy but also encouraged future scientists to adopt a similar rigorous approach, strengthening the reliance on empirical evidence and quantitative analysis in scientific inquiry.