🐬 Underwater Acoustics Lab

Investigate acoustic wave mechanics in water. Calculate high-precision sound velocity ($c \approx 1,482\text{ m/s}$, 4.3× faster than air), bulk modulus incompressibility ($K_s = \rho c^2 \approx 2.19\text{ GPa}$), and active sonar round-trip ping telemetry ($d = \frac{c \Delta t}{2}$).

Water Temp ($T$) °C

Water Medium

Sonar Echo Time ($\Delta t$) Seconds round-trip

Active Sonar Ping: Emits acoustic compression pulse, detects seabed/target echo

Sound Speed in Water ($c$)

1,482.3 m/s

4.32× faster than air (343 m/s)

Target / Seabed Depth ($d$)

1,000.6 m

$d = \frac{c \cdot \Delta t}{2}$ One-way range

Bulk Modulus ($K_s$)

2.19 GPa

$K_s = \rho c^2$ (Incompressible)

Acoustic Impedance ($Z$)

1.48 MRayl

$\rho \cdot c$ Acoustic coupling