Question

Analysis A 21. Predict how the voltage across the Explain your reasoning for your prediction le voltage across the inductor will change at high and low frequencies 2. Now verify your predic verity your prediction Vary the frequency between 20 to 400 H As you vary requency and everything is working properly. then you should observe a signal similar to the one shown below. BIGOL TO Coupling DC EWL Probe CM 500m Screenshot of oscilloscope trace for Activity 3. The blue wavelo S NS voltage across the inductor. When the blue waveform is at its maximum amplitude, the circuit is being driven at the resonant frequency How does the voltage across the inductor compare to the voltage across the circui at: (a) low frequencies (< 50 Hz)? (b) high frequencies (> 200 Hz)?

need help with this two questions

Answer 1

As we know the Ohine law & is. applicable for whole electronies lien VEIR: A coil find having Coretta the voltage- Now for inductor Current we will Change 0 Also we know the of inductor nie. formula of impeakne احماد X & hince sub o ino x N : In who Valabiliwa - le for a inductor Tv x w remains Couette

As we know the Ohine law & is. applicable for whole electronies lien VEIR: A coil find having Coretta the voltage- Now for inductor Current we will Change 0 Also we know the of inductor nie. formula of impeakne احماد X & hince sub o ino x N : In who Valabiliwa - le for a inductor Tv x w remains Couette

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