Two capacitors C1 = (6.10x10^-6) F and C2 = (1.038x10^3) nF are connected in parallel. Find the equivalent capacitance of the setup. Report the answer in / F to 3 significant figures.In an RC series circuit, the EMF, E = 3.9 Volts, resistance = 1.40 M0 and the capacitance = 8.? uF. Calculate the maximum charge possible on the capacitor in 1112. Use 1 decimal place in your answer. In an RC series circuit, the EMF is E = 12.0 V, the resistance = 9.? MO and the capacitance = 3.3 pF. Calculate the time constant of the circuit. Report the answer in seconds to 1 decimal place. The circuit above comprises a battery of emf 6 connected to one capacitor and three identical resistors of resistance R = 183.70 9. When the capacitor is fully charged, the switch 5 is flipped to the open position. What is the capacitance of the capacitor {in 11F } if the time constant is T = 122.29 [1,3 ? Which of the following statements are true for inductors. Inductors have non-zero internal resistance. An inductor is a wire that is wound into a coil. Inductors in circuits act to resist changes to the current. O An inductor connected to a capacitor acts as a resonator for oscillating current. O The inductance is measured in the unit Henry (H).The angular resonance frequency of an RLC circuit is W = 3,500 rad/s. What linear frequency (in Hz) is this equivalent to? Report your answer to 1 decimal place.C L In an LC circuit where L=(2.10x10^0)H and C=(9.500x10^1)nF, the resonant angular frequency (in radians/sec) is: Report your value to 3 significant figures.Determine the uncertainty on the resonance angular frequency of an LC circuit with L=(0.060+0.0017) H and C=(0.00000044+0.000000010) F. Report your value to 1 decimal place