TeXercises.com

	Exercise Title	Points	Difficulty
1	Dämpfung in LCR-Kreis	2	1
2	Resonance in LCR Series Circuit	0	4
3	Dämpfungskonstante in LCR-Kreis	2	1
4	LCR - Serieschaltung	0	1
5	LCR - Parallelschaltung	0	1
6	Widerstand im LCR-Kreis	0	1
7	LCR-Schwingkreis	0	1
8	LCR Serieschaltung	3	2
9	LCR Serieschaltung	6	3
10	LCR Serieschaltung	3	4
11	LCR Parallelschaltung	3	4
12	LCR Series Circuit	0	4
13	LCR Parallel Circuit	0	4

Topic	Physics › Electricity › Circuits Physics › Oscillations › Damped Oscillations Physics › Electricity › Direct Current Physics › Electricity › Electrodynamics Physics › Electricity › Electrostatics Physics › Oscillations › Forced Oscillations Physics › Oscillations › Harmonic Oscillations
Formula	\(X_C = \frac{1}{\omega C} \quad\) \(X_L = \omega L \quad\) \(\dfrac{1}{Z} = \sqrt{\dfrac{1}{R^2}+\left(\dfrac{1}{X_L}-\dfrac{1}{X_C}\right)^2} \quad\) \(Z = \sqrt{R^2+(X_L-X_C)^2} \quad\) \(\omega = \frac{1}{\sqrt{LC}} \quad\) \(\tan\varphi = R\left(\dfrac{1}{X_L}-\dfrac{1}{X_C}\right) \quad\) \(\tan\varphi = \dfrac{X_L-X_C}{R} \quad\) \(A_t = A_0 \cdot \text{e}^{-\delta t} \quad\)
Tags	blindwiderstand, elektromagnetismus, impedanz, kondensator, lcr, lcr-kreise, phasenverschiebung, physik, serienschaltung, spule, widerstand