SUMMARY
The discussion centers on calculating the time it takes for a radio signal transmitted by a diver 100 meters underwater in seawater with 32% salinity and at 2 degrees Celsius to reach the surface. The key equations involved are the velocity equation (v*t=d) and the refractive index equation (v=c/n). Participants emphasize the importance of understanding the refractive index of seawater and the attenuation of RF signals in conductive liquids, particularly for effective communication underwater.
PREREQUISITES
- Understanding of refractive index calculations
- Knowledge of radio wave propagation in seawater
- Familiarity with the concept of signal attenuation in conductive mediums
- Basic physics principles related to velocity and distance
NEXT STEPS
- Research the refractive index of seawater at various salinities and temperatures
- Learn about radio wave attenuation in seawater and its impact on signal strength
- Explore the use of Extremely Low Frequency (ELF) RF communication in submarines
- Study the mathematical relationship between velocity, refractive index, and time
USEFUL FOR
This discussion is beneficial for physics students, marine communication engineers, and anyone interested in the principles of radio wave transmission in underwater environments.
