5. Determine the voltage v(t) for this circuit: ли 8 5 sin 5 V +- 2 H 1/12 F 4H + o(A) (1) 4 cos (3*+ 15º) A

For the circuit shown, what is the Norton equivalent current, IN? j3 N 12 0 2452.6° A -j5 N (+2) 14430° V O 3.08452.6° A O 3.29/39.5° A O 2.0252.6° A O 1.15/39.5° A

A 100 Q resistor and a capacitor are connected in a series R-C circuit. The voltage drop across the resistor is 40 V. If the supply voltage is 120 V, 60 Hz the reactive power is: a) 45.3 VAR b) 5.65 VAR 50.6 VAR d) 2.64 VAR ac

i will thumbs up if correct, please help needed  (current thriugh the inductor)

The total inductance in this circuit is _______.                     5.09 mH   95 mH   5.09 H   95 H

need help question 5&6，pls assit

Using superposition, determine the voltage across the capacitor C₂ for the circuit in figure 1. + ECIEVED ~ fez0kHz Note : Ri 2ksz C₁6081F Xe c It C₂=3.3nF w = сос zof 3.9k2 IcbmA/180" F-20kHz

+5V VDO EN Xtal 8ה 7 +5V Freq1 HGND | GND х Mhz Sensor0 crystal Freq26 5 Vss Out 04 PRE Xtal 1k Output HA7210IP 4 CLK CLR SN74HC7491 GND 0.01 μ GND +5V 4 +5V +5V +5V OE O/P3 0. 1µF | 47µF GND SG351P |2 x MHz GND GND Consider the Quartz Crystal Microbalance Sensor shown above, with crystal resonant frequency, x = 3.3 Mhz. You are given the following values: Active crystal area = 1.6 cm², and the change in frequency = - 10 Hz Calculate the change in mass, Am in nano gram, up to 2 decimal places. Answer:

Vs= 12V R= 200ohm Inductor = 400T with I core Frequency 60hz Find the reactive power

Determine the equivalent inductance LAB (in mH) between terminals A & B. 350 mH 200 mH 700 mH كسر 400 mH 600 mH m A B 300 mH