Sound travels faster in water Sound travels approximately four times faster in water than in air because water molecules are much closer together, allowing sound waves to transmit energy more efficiently. Explanation: Density difference: Water is significantly denser than air, meaning there are more particles in a given volume of water, which facilitates faster sound transmission. Molecular interaction: When a sound wave travels through water, the closely packed molecules readily transfer vibrations to one another, resulting in a faster wave speed. Key points: Speed of sound in water: Around 1,480 meters per second Speed of sound in air: Around 343 meters per second
This page is a permanent link to the reply below and its nested replies. See all post replies »
