The speed of sound in air is independent from its

Statement-1: The quality of sound in independent of the listerner's distance from the source of sound Statement-2: The speed of sound in air is independent of the frequency of sound waves.

Use the formula v = sqrt(( gamma p )/(rho )) to explain why the speed of sound in air is independent of pressure

Use the formula v = sqrt((gammaP)/P) to explain why the speed of sound in air: is independent of pressure.

Use the formula upsilon = sqrt((gamma P )/( rho )) to explain why the speed of sound in air (a) is independent of pressure. (b) increases with temperature. (c ) increases with humidity.

Use the formula v=sqrt((gamma P)/(rho)) to explain why the speed of sound in air (a) is independent of pressure, (b) increases with temperature, (c) increases with humidity.

Use the formula v=sqrt((gamma P)/(rho)) to explain why the speed of sound in air (a) is independent of pressure, (b) increases with temperature, (c) increases with humidity.