The pressure in a traveling sound wave is given by the equation Δ P = (1.20 Pa) sin[π(0.732 m⁻¹)x − π(732 s⁻¹)t]. What is the pressure amplitude, the frequency, the wavelength, and the speed of the wave?

A) Pressure amplitude = 1.20 Pa, Frequency = 732 Hz, Wavelength = 0.732 m, Speed = 536 m/s
B) Pressure amplitude = 1.20 Pa, Frequency = 732 Hz, Wavelength = 1.36 m, Speed = 536 m/s
C) Pressure amplitude = 1.20 Pa, Frequency = 732 Hz, Wavelength = 0.732 m, Speed = 343 m/s
D) Pressure amplitude = 1.20 Pa, Frequency = 1464 Hz, Wavelength = 0.732 m, Speed = 343 m/s