There are many uses of a capacitor in a radio...
In radios that aren't solid state, and use variable capacitors for tuning, the air-dielectric variable capacitor is the almost universal choice for radio frequency applications. More information on air variable capacitors is available at www.orenelliottproducts.com.
if your refering to the channel tuner it's a variable capacitor if refering to the volume contol it's a variable resister
The purpose of a radio jingle is to help the listener to remember a advertised product and because there is no imagery, the memorable tune and helps relate the tune to the selling product.
So people can listen to amazing music.
The purpose of commercial radio is to earn profit for its stockholders, by selling a product to its customers. The sellers are the owners of the radio station. The customers are the commercial advertisers whose messages are broadcast on the station. The product that they buy is the ears and attention of the station's audience.
Gang capacitors are commonly used in radio tuners/receivers. Radio tuners/receivers have formation of LC(inductance and capacitor). Here this circuit has one fixed inductance and capacitor parallel with gang capacitor. Normally gang capacitor used in superhetrodyne receiver.
Padders are a type of Capacitors which are used at low frequency end of the radio dial.
The purpose is to attach a radio transmitter.
The primary reason for a capacitor bank in an electrical substation is for power factor correction. There may also be some secondary purpose for the capacitor bank but the primary reason is power factor correction.
to protect against radio interference
its to count the diatamitaion of blood
A: Its purpose is to correct the power factor of the line.
A capacitor on a keyboard serves to decouple key bounces decouple power supplies block DC and many other functions
it hold energy in it
A: The purpose it to block the capacitor from discharging to the source
it allows a mobile phone to store data.
the purpose of the capacitor is to create a phase difference between main winding current and axillary winding. this would produce a rotating constant magnetic field which is required to produce the torque.