Sounds waves are compressional, and compressional waves are made up of compressions and rarefactions. When the radio speaker pumps sound outward, it forms a compression by pushing the molecules in air together. The compression moves away from the speaker as these molecules collide with other molecules in air. When the sound travels back, a rarefaction is formed where the molecules are farther apart. The air molecules form compressions and rarefactions. Compressions and rarefactions make up compressional waves. A sound wave is a compressional wave.
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Electrical energy is used to vibrate a diaphragm. The mechanical energy so produced vibrates the air molecules in contact with the diaphragm and these vibrations are then propagated as sound.
Radio signals can travel through salt water.
Radio Constant 12V+ Wire: Blue/Yellow Radio Switched 12V+ Wire: Gray Radio Ground Wire: Brown Radio Illumination Wire: Green Radio Dimmer Wire: N/A Radio Antenna Trigger Wire: Black/Red Radio Amp Trigger Wire: None Front Speakers Size: 5 1/4″ Front Speakers Location: Doors Left Front Speaker Wire (+): Pink Left Front Speaker Wire (-): Purple Right Front Speaker Wire (+): Light Green Right Front Speaker Wire (-): Blue Rear Speakers Size: 6″ x 9″ Rear Speakers Location: Rear Deck Left Rear Speaker Wire (+): Black Left Rear Speaker Wire (-): Yellow Right Rear Speaker Wire (+): Red Right Rear Speaker Wire (-): White
1997 Toyota Tercel Car Stereo Radio Wiring Diagram Radio Constant 12V+ Wire: Blue/YellowRadio Switched 12V+ Wire: GrayRadio Ground Wire: BrownRadio Illumination Wire: GreenRadio Dimmer Wire: N/ARadio Power Antenna Trigger Wire: Black/RedRadio Amplifier Turn On Trigger Wire: N/AFront Speakers Size: 4″Front Speakers Location: DoorsLeft Front Speaker Wire (+): PinkLeft Front Speaker Wire (-): PurpleRight Front Speaker Wire (+): Light GreenRight Front Speaker Wire (-): BlueRear Speakers Size: 6 1/2″Rear Speakers Location: Side PanelsLeft Rear Speaker Wire (+): BlackLeft Rear Speaker Wire (-): YellowRight Rear Speaker Wire (+): RedRight Rear Speaker Wire (-): White
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by the wires and then when the radio is on the music travels to the wires and the music goes out the speaker and then you could hear the music
Radio waves enable the transmission of data over the internet by carrying signals between devices, such as routers and modems. These waves travel through the air and are received by antennas on devices, allowing for the transfer of information wirelessly.
your speaker is blowen. it will do that until it is replaced
The speaker could be buzzing for a couple of reasons. If the signal from the radio is causing the buzz then you may have to replace the radio. If the speaker cone is the cause of the noise, then the speaker will need to be replaced.
Accesory DARK GREEN (+) RADIO HARNESS Ground BLACK (-) RADIO HARNESS Illumination GRAY (+) RADIO HARNESS Dimmer VIOLET/WHITE (-) RADIO HARNESS LF Speaker (+) TAN LF Speaker (-) GRAY RF Speaker (+) LIGHT GREEN RF Speaker (-) DARK GREEN LR Speaker (+) BROWN LR Speaker (-) YELLOW RR Speaker (+) DARK BLUE RR Speaker (-) LIGHT BLUE Steering Cntrls YES Speed Cntrl YES Radio Security YES
Check your speaker wire, make sure that it is connected to the radio and the speaker.
Try these out ...... Radio 12v pink + radio harness Radio Ground black - radio harness Radio Ignition pink + radio harness Radio Illumination blue/black + radio harness Factory Amp Turn-on N/A Power Antenna green/black + radio harness LF Speaker +/- blue/red - yellow/black +,- radio harness RF Speaker +/- black - yellow +,- radio harness LR Speaker +/- brown - white +,- radio harness RR Speaker +/- green/orange - blue/orange +,- radio harness
If this is a raw speaker without the radio electronics, it is not possible unless your TV has a speaker output (usually a push-in red and black bare wire connector).
Electromagnetic waves, such as light and radio waves, can travel through empty space because they do not require a medium to propagate. This is due to their self-sustaining electric and magnetic fields that enable them to travel through the vacuum of space.
Radio waves can travel further over the sea compared to land because water is a better conductor of electromagnetic waves, allowing signals to propagate more efficiently. Additionally, there are fewer obstacles and interference over large bodies of water, which helps the waves travel longer distances without significant loss.
You will need a 12volt power source, speaker wire pairs leading to each speaker enclosure, speakers and a radio. You also need a location in which to install the radio.