For the network given below, determine V3 9+16 V 12 kA Beta = 120 9.1 kA 6-12 V A) 0.06 V 0.7 V 11.1 V 12.7 V

Based on the following circuit, obtain the following:A) Equivalent capacitance of the circuit.B) Charging time of the capacitor array between points A and B. Useequivalent capacitance.

recutuary A load is connected to a 210 V, 50 Hz supply. If it has resistance of 300 and a capacitor of 0.25 mF, the apparent power is Select one: O a. 1355.3VA Ob. 1875.6 VA O c. 275.6 VA Od. 1438.6 VA

Various parameters of Schering bridge are given as follows. The voltage supply of 2 kHz is connected to terminals A and C and detector to points B and D. Arm AB comprises the unknown Resistor R1 and capacitor C1. Arm BC consists of resistor R2 of 18k 2. Arm DA consists of capacitor C2 of 0.06 µf. Arm CD has R3 of 1.5k2 and C3 of 2nf are in parallel. Calculate (i) the capacitance (C1) (ii) the equivalent series resistance (R1) and (iii) dissipation factor. Also draw the schematic diagram.

Fill in the blank : For the circuit shown below, solve for rL VDD = 20 V R = 4.7 k Ipss = 10 mA Vas(om = -4 V Cout = 100 µF Cin = 0.1 µF +2.15 V R = 22 k2 Re R = 1 k2 300 mV. = 1.5 MQ Cs = 100 pF 22kohms O 3.87kohms 1.3kohms O 4.7kohms 루

answer the following questions

Convert into Polar Form show your solution pls. - 7 + 24;

solve all or will dislike

Circuit theory

5. Find the indicated values using mesh analysis 30 R1 E1 5V 20 E2 10V 20° IL Polar Ic Polar IR Polar