In the given circuit, the reading of voltmeters V1 and V2 are 300 volt each. The reading of the voltmeter V3 and ammeter A are, respectively.

Question

In the given circuit, the reading of voltmeters V1 and V2 are 300 volt each. The reading of the voltmeter V3 and ammeter A are, respectively. <img class="img-fluid question-image" alt="Question" src="https://cdn.tardigrade.in/q/nta/p-ekeoaqrqho9qtjlk.jpg" /> (A) 150 V and 2.2 A (B) 220 V and 2.2 A (C) 220 V and 2 A (D) 100 V and 2 A

Tardigrade Admin · Accepted Answer

Total potential difference across a series LCR circuit is given by, V=√VR2 + (. VL - VC .)2...(1) where, VR text,VL text and VC are the potential drop across resistor, inductor and capacitor, respectively. VL=VC because V1 = V2 Hence, equation (1) becomes V=VR=220V Now, using Ohm's law, Current, I = (V/R) = (220/100) = 2.2 A Hence, reading of voltmeter V3 and ammeter A are 220V text and2.2A , respectively.

Q. In the given circuit, the reading of voltmeters $V_{1}$ and $V_{2}$ are 300 volt each. The reading of the voltmeter $V_{3}$ and ammeter $A$ are, respectively.

$150 V$ and $2.2 A$

$220 V$ and $2.2 A$

$220 V$ and $2 A$

$100 V$ and $2 A$

Q. In the given circuit, the reading of voltmeters V1​ and V2​ are 300 volt each. The reading of the voltmeter V3​ and ammeter A are, respectively.

150V and 2.2A

220V and 2.2A

220V and 2A

100V and 2A

Q. In the given circuit, the reading of voltmeters $V_{1}$ and $V_{2}$ are 300 volt each. The reading of the voltmeter $V_{3}$ and ammeter $A$ are, respectively.

$150 V$ and $2.2 A$

$220 V$ and $2.2 A$

$220 V$ and $2 A$

$100 V$ and $2 A$