How does frequency change with inductance?

Answer: the inductance of an inductor increase when the frequency of the applied sinusoidal voltage increases because the magnetic field represents energy which needs time for changing. The higher the frequency the higher the power consumption for alternating the energy of the magnetic field.

What will be the effect of frequency when the value of capacitance is increased in series resonance circuit?

Inductive Reactance against Frequency If either the Frequency or the Capacitance is increased the overall capacitive reactance would decrease. As the frequency approaches infinity the capacitors reactance would reduce to practically zero causing the circuit element to act like a perfect conductor of 0Ω.

Does inductance decrease as frequency increases?

Yes, for just about any practical component, the effective inductance will change with frequency. A coaxial cable is not an easy example to deal with.

How does resonant frequency depend on capacitance?

By varying the capacitance in a circuit (connected to the antenna) the circuit can be tuned so that the resonance frequency of the circuit is equal to the desired station frequency. The circuit then absorbs more energy from this impinging frequency than any of the other impinging frequencies.

How does Capacitance affect resonant frequency?

If either inductance or capacitance increases, the resonant frequency decreases. Likewise, if either the inductance or capacitance decreased, the resonant frequency increases (if anything below the division line in the formula increases, the answer will decrease and vice versa).

Why does frequency decrease with Capacitance?

Capacitive reactance of a capacitor decreases as the frequency across its plates increases. Therefore, capacitive reactance is inversely proportional to frequency. Capacitive reactance opposes current flow but the electrostatic charge on the plates (its AC capacitance value) remains constant.