How well do you know the velocity of sound in air?

Study Notes

Velocity of Sound in Air and its Temperature Dependence

The velocity of sound in air changes with temperature.
When the temperature goes up, molecules move faster and the pressure goes up.
The messaging of the wave goes much quicker when pressure goes up, and the response time of the wave to the air goes quicker.
The equation for the speed of sound at zero degrees centigrade (273 Kelvin) is V=331 m/s.
To calculate the speed of sound at a different temperature, we need to convert it to Kelvin and use the equation V=331 x (square root of T/273).
At room temperature (20 degrees centigrade or 293 Kelvin), the speed of sound in air is 343 m/s.
If lightning strikes about a mile away, it will take about five seconds for the sound to reach us.
The speed barrier for breaking sound is around 700 miles per hour at room temperature.
Most planes are not made to break the sound barrier.
At temperatures as low as minus 50 degrees centigrade, the speed of sound is 299 m/s, and most passenger planes need to stay well below this speed.
The speed of sound is important to consider in aviation and other fields.
The equation for the speed of sound in air is V=331 x (square root of T/273).

Description

Test your knowledge on the velocity of sound in air and its temperature dependence with this informative quiz. Learn about the factors that affect the speed of sound, the equation to calculate it, and how it impacts aviation and other fields. From the speed barrier to lightning strikes, put your understanding to the test and see how much you know about this important concept.