a) An AC bridge circuit is constructed for measurement laboratory as shown in Figure Q3 (a). Its function is to measure the unknown value of capacitance during the null condition from the...

a) An AC bridge circuit is constructed for measurement laboratory as shown in Figure Q3 (a).<br>Its function is to measure the unknown value of capacitance during the null condition from<br>the galvanometer.<br>A<br>R2<br>Detector<br>Figure Q3(a)<br>With reference to Figure Q3(a), answer the following questions:<br>(i) Starting from equation (1), derive in detail the equations for resistance Rx and<br>capacitance Cx, respectively as in equations (2) and (3).<br>Z,Zx = Z,Z3<br>(1)<br>Cx and Rx:<br>R2C1<br>Rx<br>C3<br>(2)<br>R1<br>Сх<br>(3)<br>CS Scanned with CamScannef<br>

Extracted text: a) An AC bridge circuit is constructed for measurement laboratory as shown in Figure Q3 (a). Its function is to measure the unknown value of capacitance during the null condition from the galvanometer. A R2 Detector Figure Q3(a) With reference to Figure Q3(a), answer the following questions: (i) Starting from equation (1), derive in detail the equations for resistance Rx and capacitance Cx, respectively as in equations (2) and (3). Z,Zx = Z,Z3 (1) Cx and Rx: R2C1 Rx C3 (2) R1 Сх (3) CS Scanned with CamScannef

Jun 11, 2022

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a) An AC bridge circuit is constructed for measurement laboratory as shown in Figure Q3 (a). Its function is to measure the unknown value of capacitance during the null condition from the...

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