Should VL and VC be equal at resonance frequency (explain why “yes” or “no”).
Should VL and VC be equal at resonance frequency (explain why “yes” or “no”).
Homework Answers
Yes, LCR series circuit is in resonance when the magnitude of inductive reactance and capacitive reactance are equal similarly VL and VC are also equal. Then the impedance of circuit will be equal to Resistance of the resistor as the inductive reactance and capacitive reactance cancel each other. Z² = R² +( XL² − XC² )
Then it means, Z = R.
Add Answer to:
Should VL and VC be equal at resonance frequency (explain why
“yes” or “no”).
Calculate VR, VL and VC knowing VS is 3V at 60Hz. Calculate the resonant frequency, and...
Calculate VR, VL and VC knowing VS is 3V at 60Hz.
Calculate the resonant frequency, and then use this frequency
to re-calculate VR, VL and VC for it.
2.5 mH 0.25 μF 60 Hz
Problem 4. (25 points) For The parallel resonance circuit shown a) Find the resonance frequency fp....
Problem 4. (25 points) For The parallel resonance circuit shown a) Find the resonance frequency fp. b) Find the voltage VC at resonance frequency. c) Find the Bandwidth BW d) Find the cutoff frequencies fl & f2 R1-10Ok2 RL-100 E-400 v
Does CH3CN have resonance structures? Explain why or why not? If there are resonance structures, please...
Does CH3CN have resonance structures? Explain why or why not? If there are resonance structures, please draw them.
Why did the spacing between the 1st and 2nd resonance get bigger as frequency went down?...
Why did the spacing between the 1st and 2nd resonance get bigger as frequency went down? In other words, why do low frequency waves resonance in longer tubes?
Explain why the slope of a graph 1/frequency (x-axis) and wavelength (y-axis) is equal to the...
Explain why the slope of a graph 1/frequency (x-axis) and wavelength (y-axis) is equal to the velocity of sound.
need to get same answer The applied voltage to a series resonant circuit like that shown...
need to get same answer
The applied voltage to a series resonant circuit like that shown in Fig. 2.2a is I V. (a) Determine how much larger the voltages across L, C, and R are at resonance Use the values R 0. I Ω, L = 0.1 mH, and C = 0.01 μ F, and first calculate the resonance frequency. (b) Should VL and Vc be larger than 1 V, explain how this is possible. Ans: (a) VL = jl...
Explain why resonance and relevance are the keys to superior advertising.
Explain why resonance and relevance are the keys to superior advertising.
Explain why do we use a band-pass limiter before the frequency discriminator ? the ans should...
Explain why do we use a band-pass limiter before the frequency discriminator ? the ans should be brief and (typed)
6. Usina resonance structures, explain why acetaldenyde has a pka of 17, while acetone of 19. 7. Using resonance st...
6. Usina resonance structures, explain why acetaldenyde has a pka of 17, while acetone of 19. 7. Using resonance structures, explain why methyl acetate (pka 25) is less acidic than acetone (pka 19). 8. Rank the following in order from least to most acidic. Explain your ranking, using resonance structures with your explanation. & la
In a series RLC resonance circuit, the resonance frequency f0 = 700 kHz. The resistor R...
In a series RLC resonance circuit, the resonance frequency f0 = 700 kHz. The resistor R = 10 Ohm. The specified bandwidth (BW) should be 10 kHz. Please calculate the quality factor (Q) and the values of inductor and capacitor.
Calculate VR, VL and VC knowing VS is 3V at 60Hz.
Calculate the resonant frequency, and then use this frequency
to re-calculate VR, VL and VC for it.
2.5 mH 0.25 μF 60 Hz
Problem 4. (25 points) For The parallel resonance circuit shown a) Find the resonance frequency fp. b) Find the voltage VC at resonance frequency. c) Find the Bandwidth BW d) Find the cutoff frequencies fl & f2 R1-10Ok2 RL-100 E-400 v
need to get same answer
The applied voltage to a series resonant circuit like that shown in Fig. 2.2a is I V. (a) Determine how much larger the voltages across L, C, and R are at resonance Use the values R 0. I Ω, L = 0.1 mH, and C = 0.01 μ F, and first calculate the resonance frequency. (b) Should VL and Vc be larger than 1 V, explain how this is possible. Ans: (a) VL = jl...
6. Usina resonance structures, explain why acetaldenyde has a pka of 17, while acetone of 19. 7. Using resonance structures, explain why methyl acetate (pka 25) is less acidic than acetone (pka 19). 8. Rank the following in order from least to most acidic. Explain your ranking, using resonance structures with your explanation. & la
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