In the circuit shown in Figure 2, find the current i0 and the voltages v1 and v2 by using either the node voltage method, or the loop current method.

Use current division and series/parallel reduction of resistors to determine currents I2 and I3 in terms of the source current Is and the resistances

Calculate the values of Voltages, Currents, and Resistances in the following Series- Parallel Circuit. Write and fill-in in the table the answers. V = 70 volts AM R1= 5 ohms ww R8= 6 ohms VT= V₁= V₂= V3= V4= V5= V6= V7= V8= V9= V10= V11= V12= V13= V14= V15= R9=5 ohms R2= 8 ohms ли M R7 = 12 ohms IT= I₁= I2= I3= I4= I5= 16= I7= I8= I9= I10= I11= I12= I13= I14= I15= R10=14 ohms M R3=5 ohms M RT= R₁= R₂= R3= R4= R5= R6= R7= R8= R9= R10= R11= R12= R13= R14= R15= M44 R11=7 ohms R12 10 ohms M R13-14 ohms M R14=14 ohms M R4 13 ohms M R15= 3 ohms ANL R6=13 ohms 44 M R5=7 ohms

Three resistors are connected in parallel namely R1, R2 and R3. It is impressed by a source voltage of 120V. If R1 receives 15W while R2 carries a current if 100mA, what should be the value of resistance R3 if the power supplied by the voltage source is 60W?   a. 364.4 ohmsb. 436.4 ohmsc. 43.64 ohmsd. none of these