(a)
RMS voltage between the points A and B.
(a)
Answer to Problem 69P
Explanation of Solution
Given:
Rms voltage of the generator,
Frequency of the generator,
Inductance,
Resistance,
Capacitance,
Formula used:
Calculation:
The rms voltage between points A and B is,
Conclusion:
The rms voltage through points A and B where the inductor is present is,
(b)
RMS voltage between B and C.
(b)
Answer to Problem 69P
Explanation of Solution
Given:
Rms voltage of the generator,
Frequency of the generator,
Inductance,
Resistance,
Capacitance,
Formula used:
Calculation:
The rms voltage between points B and C is,
Conclusion:
Across the resistor in between the points B and C, the rms voltage is
(c)
RMS voltage between points C and D.
(c)
Answer to Problem 69P
Explanation of Solution
Given:
Rms voltage of the generator,
Frequency of the generator,
Inductance,
Resistance,
Capacitance,
Formula used:
Calculation:
The rms voltage between points D and C is
Conclusion:
Rms voltage across the capacitance is
(d)
The rms voltage between the points A and C.
(d)
Answer to Problem 69P
Explanation of Solution
Given:
Rms voltage of the generator,
Frequency of the generator,
Inductance,
Resistance,
Capacitance,
Rms voltage between AB,
Rms voltage between BC,
Calculation:
The voltage across AC is calculated using the Pythagoras theorem as the voltage in the inductor leads the voltage in the resistor according to the phasor diagrams,
Conclusion:
The voltage across AC is
(e)
The rms voltage across BD.
(e)
Answer to Problem 69P
Explanation of Solution
Given:
Rms voltage of the generator,
Frequency of the generator,
Inductance,
Resistance,
Capacitance,
Rms voltage between AB,
Rms voltage between DC,
Calculation:
The voltage across CD is such that the voltage across the resistor leads the capacitor voltage according to the phasor diagram,
Conclusion:
Across BD the rms voltage is
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Chapter 29 Solutions
Physics For Scientists And Engineers Student Solutions Manual, Vol. 1
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