Maximum power prob/find current using source transformation

Please solve each problem completely with step by step answers, show each circuit changes by redrawing when short something out etc to see circuits change and their equations for all parts up to the answer and give answer. See attached file for full problem description.

Norton/superposition

Please solve each problem completely with step by step answers, show each circuit changes by redrawing when short something out etc to see circuits change and their equations for all parts up to the answer and give answer. See attached file for full problem description.

Node-voltage analysis

See attached file for full problem description. The circuit shown in Fig. P4.11 is a DC model of a residential power distribution circuit. a) Use the node-voltage method to find the branch currents i1 --i6. b) Test your solution for branch currents by showing that the total power dissipated equal to the total power develope ...continues

Superposition principle

See attached file for full problem description.

Find Vout/Vin and cutoff frequency of the circuit

Please help me to find Vout/Vin and cutoff frequency of the circuit. Vout/Vin is also the transfer function of the circuit. The resistors values are 5k, 2.2k and 100 in case they are not clear. The capacitor is 15400uF. This is a lowpass filter. I need a step-by-step hand derived solution of Vout/Vin and cutoff frequency.

Derive an expression for the total impedance Zt.

Derive an expression for the total impedance Zt. See attached for full problem description.

KCL and Ohm's Law

(I have attached a picture of the problem.) With reference to Problem 2.7, use Kirchoff's current law and Ohm's law to find the resistances R1, R2, R3, R4, and R5 if R0=2 ohms. Assume R4=(2/3)R1 and R2=(1/3)R1. Problem 2.7 was about finding the currents using Kirchoff's current law knowing that i0=2A, i1=-4A, iS=8A and Vs ...continues

Given the variation of voltage applied across a capacitor, to determine the current, charge, power and work done for the capacitor.

See attached file for full problem description. Please answer only question 1.2

Variation in electric current, voltage and power with time for resistor, inductor and capacitors.

See attached file for full problem description. Please answer only question 1.4.

Graphical representation about voltage, current and power is given for three unspecified circuit elements. To determine the nature of the circuit element and also its value (i.e. magnitude of R, L or C)

See attached file for full problem description. Please answer only question 1.4.