The parallel resistance-capacitance bridge shown below has a standard capacitance value of C1=0.1 μF and a resistance value of R3=10 kΩ. The bridge is balanced at a supply frequency of 100 Hz forR1=375 kΩ, R3=10 kΩ and R4=14.7 kΩ. The value of the dissipation factor D=1(ωRpCp) of the parallel combination of Cp and Rp is ____ . (Answer should be rounded off to Three decimal places).0.042

The parallel resistance-capacitance bridge shown below has a standard

1.	The parallel resistance-capacitance bridge shown below has a standard capacitance value of C1=0.1 μF and a resistance value of R3=10 kΩ. The bridge is balanced at a supply frequency of 100 Hz forR1=375 kΩ, R3=10 kΩ and R4=14.7 kΩ. The value of the dissipation factor D=1(ωRpCp) of the parallel combination of Cp and Rp is ____ . (Answer should be rounded off to Three decimal places).0.042
Answer» The parallel resistance-capacitance bridge shown below has a standard capacitance value of $C_{1} = 0.1 μ F$ and a resistance value of $R_{3} = 10 k Ω .$ The bridge is balanced at a supply frequency of 100 Hz for $R_{1} = 375 k Ω, R_{3} = 10 k Ω and R_{4} = 14.7 k Ω .$ The value of the dissipation factor $D = \frac{1}{(ω R_{p} C_{p})}$ of the parallel combination of Cp and Rp is ____ . (Answer should be rounded off to Three decimal places). 0.042

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