PHY 132 Lecture Notes - Lecture 11: Rlc Circuit, Resonance, Angular Frequency
Document Summary
Abstract: the conducted experiment looked to investigate resonant frequency and the behavior of lrc circuits near resonance. Moreover the lab looked into measuring the steady-state behavior of a resonant system by finding comparable values for the quality factor (q), the. Resonant angular frequency ( 0), the new damped frequency ( "), and the decay time ( ). Quality factor q from graphical analysis was 13. 58 . 09 . The measured value from part 1 found q to be 11 while part 2 yielded 15. 71%. The 0 from part 1 was 10930 rad/s. The theoretical 0 was calculated to be 10847 606. 339, having a percent error of 0. 77%. The measured " was found to be 10927. 28rad/s while the theoretical value of " was 10841. 84. 606. 6 the percent error in comparison to the measured value was 0. 78%. The measured value of was 0. 0028s. while the theoretical value was found to be 0. 0031 0. 00016s.
