In principle, yes, but you wouldn't want to wait around to do the job that way.
Human ears are very sensitive, and the sounds around you carry very little energy
compared to the energy used by common electrical gadgets. One or two watts of
pure tone from a loudspeaker will drive you out of the living room, and the "ear buds"
are blasting no more than a few milliwatts of sound power into your ear canals.
You could hang a microphone out of your window, and use the sounds of traffic
as you drive. It might charge your cellphone in a couple of weeks ... if you leave
the phone turned off and don't use it.
You might wish to use a MICROPHONE Use a Microphone.
Yes, that is the job of the microphone: to convert sound signals to electrical signals which are a representation of the sound signals.
electronic good as it comprises mostly of electronic items and it works on low voltages
mobile telephones voice communications wireless energy transfer wireless data communications cost effective
When you dial the mobile number, the majority of the call travels by landline. The mobile network knows the physical location of the mobile handset. Once the call cannot travel by wire any closer, it's broadcast onto the mobile network by a microwave transmitter. It's then relayed from mast-t-mast until it's close enough to the handset to relay directly.
Because it supplies them with the energy necessary for their work. IC's cannot work without energy. If they could we shouldn't put batteries into mobile devices and shouldn't connect computers to the grid. Everything could work just out of thin air.
I suspect what you're thinking of is a machine that generates more than 100% of the power it uses, which does not exist (and is in fact impossible according to the conservation of energy).
The battery or accumulator in a mobile phone (or other device) converts chemical energy into electrical energy.
Electrical energy.
It's a combination of electrical energy that defines the ringing sound, mechanical energy as the speaker or transducer vibrates to cause air movement, and acoustical energy represented by the pressure waves in the air that bring those annoying ringtones to our ears. ;-)
Chemical Energy (batteries); Electrical Energy; Sound and Heat Energy.
kinetic to electrical to sound
EXE files belong to the Windows OS, while SIS/SISX belong to Nokia's Symbian OS, which is the standard OS for cell phones. it is not possible to convert Windows applications into mobile applications. It is not possible to convert a Windows application into a mobile application, you need to code it from bottom to top using libraries and SDKs created for this purpose.
chemical -> Mechanical-> Sound and light-> heat...
Chemical in the battery, converted to electrical to power your mobile. If you want a more comprehensive history - the battery is charged via your mains electrical power supply. That power comes from one of many suppliers such as coal, gas, nuclear etc.
You can convert an image for mobile by lowering it's dimensions. However most of the images run on devices today.
No the T-Mobile energy is not a smart phone.
idon'tknow :( :( :(
Power generators convert mechanical energy to electrical energy. The many types of power generators have residential and commercial uses. Most popular of power generators is the mobile portable generator. Due to mobility, campers use portable generators for power in remote areas. Also, portable generators make power available for activities like tailgating where no electrical hookups exist. Increasingly, portable power generators are assisting homeowners in weathering storms during power outages.