Final answer:
Sound waves travel faster with increased temperature because the particles move more rapidly allowing the sound to be transmitted more efficiently. Consequently, the warmer the air, the faster the sound will travel.
Step-by-step explanation:
The warmer the temperature, the faster a sound pressure wave will travel through the air. This is because as temperature increases, the particles within a medium have more kinetic energy and move more quickly. Thus, sound waves can be transmitted more easily and at greater speeds in hotter conditions than in colder ones.
Sound travels faster at sea level where the air pressure is higher compared to higher altitudes. Furthermore, sound travels faster in solids than in liquids, and faster in liquids than in gases, with denser materials allowing sound to travel more swiftly due to closely packed particles.
The warmer the temperature, the faster a sound pressure wave will travel through the air. When the temperature increases, the particles in the air gain more kinetic energy and vibrate faster. This increased motion allows sound waves to propagate more quickly in hotter temperatures.