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1) State and explain the Ohm's law. (ii) A 6 Q resistor is in series with (R) H (12 0) across a 90 V supply. Power supplied is 1000 W. Find R. 2) State Kirchoff's Voltage Law (KVL). Clearly give the sign conventions for emf-s and potential drops as used in KVL. (ii) A 230 V Voltrneter is used to measure the voltages individually across each of a 50 kn resistor and a 30 1:9 resistor, both connected in series across a 120 V source. Find the voltage across each resistor. 3) Find the current across each and every branch given in the Figures. 3.3 kn 4) Apply the Norton theorem to nd the magnitude and direction of the current drop across the 6 Ohm resistor in the given gure. 5) Determine the complex power. Apparent power. Average power, absorbed power reactive power and power factor for a load circuit whose voltage and current at its input terminals are given by v(t) = 25 cos(2:r103t + 40'") Kt) = 0.2 cos(21r103t 10) 6) A Capacitor of capacitance 79.5uF is connected in series with a non inductive resistance of 30 across a 100V, 50Hz supply. Find (i) impedance (ii) current (iii) phase angle