Electronic Instruments MCQ Multiple Choice Questions for Practice

Electronic Instruments MCQs are designed to help students and exam aspirants test their knowledge and understanding of various electronic instruments and measurement techniques. Regular practice can significantly enhance your preparation and confidence.

About Electronic Instruments MCQ Questions

Electronic Instruments MCQs cover a wide range of topics including analog and digital instruments, measurement techniques, signal analysis, and more. These questions are crafted to ensure a comprehensive understanding of the subject, helping you grasp both theoretical and practical aspects of electronic instruments.

Why Practice Electronic Instruments Objective Questions?

Practicing Electronic Instruments MCQs offers numerous benefits. It helps you prepare for school and college exams, competitive exams, and job interviews. Regular practice enhances your problem-solving skills, improves your time management, and reinforces your understanding of key concepts. It also helps you identify areas that need more attention, ensuring a well-rounded preparation.

Who Should Use These MCQs?

  • Students preparing for school or college exams
  • Competitive exam aspirants
  • Candidates preparing for interviews

Electronic Instruments MCQ Questions for Practice

1. A galvanometer in series with a high resistance is called ..................

2. A galvanometer of resistance G is shunted by a very small resistance S. The resistance of the resulting ammeter is ...............

3. A series ohmmeter circuit uses a 3 V battery and a 1 mA meter movement. What is the half-scale resistance for this movement ?

4. A voltmeter has a resistance of G ohms and range V volts. The value of resistance required in series to convert it into voltmeter of range nV is .....................

5. A voltmeter is connected in ............... with the circuit component across which potential difference is to be measured

6. A voltmeter should have .............. resistance

7. A VTVM has ............... input resistance than that of a multimeter

8. A VTVM is never used to measure ...............

9. An ammeter has a resistance of G ohms and range of I amperes. The value of resistance required in parallel to convert it into an ammeter of range nI is ....................

10. An ammeter is connected in ............... with the circuit element whose current we wish to measure

11. An ammeter should have ............... resistance

12. An ideal ammeter has ............... resistance

13. The input resistance of a VTVM is about ............

14. The resistance of an ideal voltmeter is .........

15. The sensitivity of a multimeter is given in ...........

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