Primary coil of a transformer is connected to 220 V AC. Primary and secondary turns of the transforms are 100 and 10 respectively. Secondary coil of…

Question

Primary coil of a transformer is connected to 220 V AC. Primary and secondary turns of the transforms are 100 and 10 respectively. Secondary coil of transformer is connected to two series resistances as shown in figure. The output voltage V_0 is :

MARKS Content Team · Accepted Answer

Correct answer: (A) 7 V. Ratio of EMF developed will be given by, ε_pε_s=N_pN_s=100/10⇒ε_s=22 V Therefore, current in secondary circuit will be I=22/(22×10^3)=1 mA Hence, potential drop across 7 kΩ will be V_0=I×7 kΩ=7 V

Primary coil of a transformer is connected to $220 V A C$ . Primary and secondary turns of the transforms are $100$ and $10$ respectively. Secondary coil of transformer is connected to two series resistances as shown in figure. The output voltage $(V_{0})$ is :

Solution

Relevant Questions

Primary coil of a transformer is connected to 220 V AC. Primary and secondary turns of the transforms are 100 and 10 respectively. Secondary coil of transformer is connected to two series resistances as shown in figure. The output voltage V0 is :

Solution

Relevant Questions

Primary coil of a transformer is connected to $220 V A C$ . Primary and secondary turns of the transforms are $100$ and $10$ respectively. Secondary coil of transformer is connected to two series resistances as shown in figure. The output voltage $(V_{0})$ is :