Yes, Bluetooth operates at radio frequencies between 2400 MHz and 2483.5 MHz in the 2.4 GHz UHF band using frequency hopping spread spectrum techniques.
Bluetooth uses short-wavelength UHF radio waves in the ISM band from 2.4 to 2.485 GHz.
radio waves
I never heard of a "satellite wave". If you mean the radio waves used by satellites for communication - well, like all radio waves used for such purposes, there is probably a large range of waves they can use.
they use radio waves to pick up some what satellite images or existance of things in space
It uses radio waves between the range of 2.402 and 2.480 GHz
When you use a 3G service, you're using radio to communicate with a base stationthat's never more than 2 or 3 miles away from you, and usually 1 mile or less.And by the way ... Everything that anybody can ever use an artificial satellite foris accomplished with radio waves. That's the only way anybody can send instructionsor programs to a satellite or get any data or programs from a satellite.
If the satellite is to have ANY communications, usually with Earth, it must use radio waves, or some other radiation, so yes.
Bluetooth uses radio waves of three different sets: Class 3 has a range of about 10 meters. Class 2 gets 15-20 meters. Class 1 has a range of just under 100 meters.
Radio waves are used to help transmit signals between two devices.Some devices which use radio waves are:RadiosTelevisionsMobile (cell) phonesCordless telephonesNavigational devices (such as GPS and satellite tracking)RadarRadio-tuned clocks and watchesRadio telescopes
yes,they do use radio waves
Geologists use satellites equipped with radar to make images of faults. The satellite bounces radio waves off the ground. As the waves echo back into space, the satellite records them.
Absolutely. Computing is highly integrated into radio frequency (RF) type communications. Examples of RF integration include Bluetooth, WiFi, and RF peripherals such as the mouse and keyboard.
TVs receiving broadcast programming do, they just use it to produce both picture and sound; instead of just sound as an ordinary radio does. TVs receiving cable programming don't. TVs receiving satellite programming do, but the radio waves are in the microwave band transmitted from the satellite and received by your dish, where they are down converted via a microwave superheterodyne stage in the dish so that they are in the frequency range the TV can handle.