Question

Unknown resistance is obtained by using which of the following relation?

a.

Rₓ = \(\frac{R_1 R_3}{R_2}\)

b.

Rₓ = \(\frac{R_2 R_3}{R_1}\)

c.

Rₓ = \(\frac{R_2 R_1}{R_3}\)

d.

Rₓ = \(\frac{R_2}{R_1}\)

Answer: (b).Rₓ = \(\frac{R_2 R_3}{R_1}\)

Interact with the Community - Share Your Thoughts

Uncertain About the Answer? Seek Clarification Here.

Understand the Explanation? Include it Here.

Q. Unknown resistance is obtained by using which of the following relation?

Similar Questions

Explore Relevant Multiple Choice Questions (MCQs)

Q. Unknown capacitance is found by using which of the following relation?

Q. Actual balance condition can be obtained by _________

Q. Inductance comparison bridge is used to compute _________

Q. Ratio arms of the bridge consists of _________

Q. Value of unknown resistance is found by using which of the following relation?

Q. The value of unknown inductance is found by using which of the following relation?

Q. Inductance control is obtained by _________

Q. Bridge depends on frequency.

Q. Bridge can be used at audio frequency.

Q. Bridge is used for the measurement of _________

Q. Anderson bridge is used for _________

Q. Anderson bridge is a modified form of ________

Q. Anderson’s bridge is basically used for ________

Q. Balance equation for computing the inductance is ________

Q. Which of the following is a balance equation for computing the resistance?

Q. When the capacitor used is imperfect, the inductance value changes.

Q. Anderson’s bridge is used for the measurement of capacitance.

Q. Anderson’s bridge is used for the measurement of ________

Q. Anderson’s bridge makes use of a variable capacitance.

Q. Anderson’s bridge is very basic.

Recommended Subjects

Are you eager to expand your knowledge beyond Electrical Measurement and Instrumentation? We've handpicked a range of related categories that you might find intriguing.

Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!