In the circuit shown in the figure, there are 16 bulbs with resistance 'R'. If a resistor with resistance, equal to that of the resistance of the bulb, is connected in series with the source and the power consumed by C is 10 W, find (i) the power dissipated in the resistance in series to the source, (ii) the total power consumed by the bulb circuit. 2 H E 4 M N 3

Determine the voltage V1 in Volts for the following circuit with component values ISRC = 1.6 mA, VSRC = 6 V, R1 = 2.3 k2, R2 = 3.5 kQ, and R3 = 1.3 kQ. Vsrc + R1 w R2 w Isrc V1 + R3 www 11 12 4 13

What is the total resistance and current in the circuit? 552 www wwwwwwww 352 2222 4V THE

For the circuit as shown in the figure2, Find the equivalent resistance betweer terminal A and B 30 50 30 Zero Q 20 Zero Q 50 A B

In the circuit below, there is a drop of 20 V on each resistor. The potential of point A would be? what is the answer? a. + 80 V b. – 80 V c. + 40 V d. – 40 V

a 60 W, 220 V bulb and a 100 W, 220V bulb are connected in series across a 440 V DC supply. Find the voltage across each bulb. Which bulb would be burn brighter? Determine the value of a resistor R3 to be connected in parallel with the 60W bulb to ensure equal sharing of voltage.

10. What is the current through and the potential difference across each resistor? Here & and R3 = 15. R₁ R₂ R3 = 12 V, R₁ = 19, R₂: = 15Ω

What is the equivalent resistance across the voltage source Vs in the circuit? Please explain thank you

Consider the circuit shown below. Determine the maximum power that can be transferred to the external load at the terminals a-b. Use the following values: R1=R2=R3=R4 = 10 ohm, V=55 V. Report the value with one significant digit after the decimal point. Please answer in typing format please

2. Find the total current I' and the power dissinated in each resistance in Figure. 12 a 12 n 60 V ref.