Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
if a mobile phone is immersed in a waterproof container in seawater, how deep does it pick up a signal? If a FM radio is submerged, consider the reference frequencies 1 Ghz for the cellular band and 19 MHz for the FM band. hint: sea water data: conductivity 36 S/m. u=0.99*uo, ε-80*0, propagation constant -7=a+iß= √iwμ (o+iwe) Depth=1 / real and in metres

if a mobile phone is immersed in a waterproof container in seawater, how deep does it pick up a signal? If a FM radio is submerged, consider the reference frequencies 1 Ghz for the cellular band and 19 MHz for the FM band. hint: sea water data: conductivity 36 S/m. u=0.99*uo, ε-80*0, propagation constant -7=a+iß= √iwμ (o+iwe) Depth=1 / real and in metres

icon
Related questions
Question
if a mobile phone is immersed in a waterproof container in seawater, how deep does it pick up a signal? If a FM radio is submerged, consider the reference frequencies 1 Ghz for the cellular band and 19 MHz for the FM band. hint: sea water data: conductivity 36 S/m. u=0.99*uo, E=80*EO, propagation constant -7= a +iß= √iwμ(o+iwe) Depth=1 / real and in metres
Transcribed Image Text:if a mobile phone is immersed in a waterproof container in seawater, how deep does it pick up a signal? If a FM radio is submerged, consider the reference frequencies 1 Ghz for the cellular band and 19 MHz for the FM band. hint: sea water data: conductivity 36 S/m. u=0.99*uo, E=80*EO, propagation constant -7= a +iß= √iwμ(o+iwe) Depth=1 / real and in metres
Expert Solution
steps

Step by step

Solved in 4 steps with 4 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer