How do you find correct inductor for a specific frequency?

What is the formula for calculating self capacitance of an inductor when the value of capacitance and frequency for two capacitors is given?

You seem to be mixing up your terminology. There is no such thing as 'self-capacitance of an inductor'! If you know the frequency and equivalent capacitance for two capacitors, then you can find the equivalent capacitive reactance of the capacitors, but that's not what you seem to be asking! I suggest you rephrase the question.

You find frequency by counting the number of vibrations per second?

Yes, That is correct !

Why is the correct equation rearranged to solve for specific heat?

Probably because somebody wanted, precisely, to find the specific heat.

What is the phase angle of an ohm inductor in series with an ohm resistor connected to a 5 KHz source?

You need to provide values of resistor and inductor etc to find the phase angle.

How do you find IF Frequency from RF Frequency?

Transmit RF frequency subtract to the Receive frequency

How do you find the frequency in frequency table if the given is percent of total?

find the frequency before finding the percent total -_- :)

How do you calculate light wavelength to frequency?

To find (wavelength): Divide (speed) by (frequency). To find (frequency): Divide (speed) by (wavelength).

How do you find the period of the frequency?

The period is the reciprocal of the frequency.

How do you find the frequency of a wavelength?

Frequency = (speed) / (wavelength)

Why the automatic frequency control function is usually not necessary in today's FM receivers?

AFC was used to provide an electronic means to stabilize the frequency of a circuit. Older receivers and transmitters used a tank circuit, made of an inductor and capacitor to select frequency. Since both the inductor and capacitor are physical objects, their sizes and properties vary with temperature, humidity, age and other factors. Also to be able to tune the frequency, at least one of them had to be deliberately made to be mechanically alterable to change it's electrical properties. These factors caused the frequency to slowly drift over time. Also, the tuning was usually accomplished in a continuously variable way, so it was difficult to confirm an exact tuning to the station which could lead to loss of sensitivity or distortion of the signal. AFC used electronic feedback to fine tune the tank circuit by a (usually) electrically tuned component. Modern radio equipment tends to use a quartz crystal oscillator of a fixed frequency as a reference. Quartz crystals can easily be made stable in frequency to 50 parts per million. This is sufficiently accurate to not need to compare it with the frequency of the incoming signal, itself derived from a stable crystal source. The radio is usually tuned by a frequency synthesizer controlled by the crystal. Both AFC and the frequency synthesizer method use an electrically tuned variable frequency oscillator to tune the radio. The difference is that AFC used characteristics of the received signal to measure and correct the mistuning, while frequency synthesizers compare the tuning with crystal reference. AFC cannot find the frequency you desire to tune, it only fine tunes it once you select it. The frequency synthesizer accurately tunes the radio to whatever frequency you ask it.

Frequency in an sentence?

In order to find my favorite radio station, I had to find the right frequency.

If you compared the frequencies of UV light an visible light you and rsquod find that the UV light had a smaller frequency.?

UV has a HIGHER frequency than visible light. If you get such results, either you are not measuring the correct light, or something else is wrong with the measurement.