Galileo Galilei, Pythagoras, and Marin Mersenne all made significant contributions to the understanding of acoustical processes during the Scientific Revolution. Their findings expanded the knowledge of sound and waves.

Abū Rayhān al-Bīrūnī and Marin Mersenne were among the investigators who conducted experimental measurements of the speed of sound in air during the 17th century. Their experiments contributed to the understanding of sound propagation.

Robert Bruce Lindsay's "Wheel of Acoustics" serves as a comprehensive overview of the diverse fields and sub-disciplines within the broader field of acoustics. It highlights the interconnectedness and multidimensional nature of acoustics as a scientific domain.

Galileo Galilei, along with Marin Mersenne, independently discovered the complete laws of vibrating strings. Their discoveries built upon the foundations laid by Pythagoras and the Pythagoreans, contributing to the understanding of acoustics.

Acoustics and technology intersect in various fields, with medicine and healthcare being one prominent area. Acoustic technologies are used in medical imaging, diagnostic procedures, hearing aids, and therapeutic applications, enhancing patient care and improving health outcomes.

Pythagoras described the ascending seats in ancient theaters as a measure to prevent sound deterioration. His understanding of acoustics influenced theater design during that time.

The Roman civilization applied principles of acoustics in the design of their theaters. They implemented measures to prevent sound deterioration and enhance the overall auditory experience.

Marin Mersenne, along with Galileo Galilei, independently discovered the complete laws of vibrating strings during the Scientific Revolution. This advancement in understanding acoustical processes was a significant contribution to the field of physics.

Acoustics plays a crucial role in industrial production by enabling the identification of sound-related defects, ensuring product quality, and enhancing safety measures. By utilizing acoustics, manufacturers can detect potential issues and improve the overall production process.

The SI unit of velocity is meters per second (ms-1).