Electric Circuit Analysis e-Book's MCQs - Complete
Ideal Transformer MCQs App Free Download & e-Book - 589
Apps:
MCQ: 589
Rule which states that ampere turns of the primary equal to the ampere turns of the secondary is called
- current-turn dot rule
- ampere-turn dot rule
- leakage turn dot rule
- weber turn dot rule
b
More MCQs from Electric Circuit Analysis Textbook
Noninverting Amplifier Test 600
Passive and Active Filters Test 601
Electric Potential Test 602
Analysis of Coupling Coil Test 603
Instantaneous and Average Power Test 604
Voltage follower Test 605
Norton's Theorem Test 606
Complex Frequency Test 607
Analysis of Coupling Coil Test 608
Ideal Transformer Study App: Free Download iOS & Android
The App: Ideal Transformer MCQs App to study Ideal Transformer Notes, Electric Circuit Analysis MCQs App, and Advance Electromagnetic Theory MCQs App. The "Ideal Transformer" App to free download Electric Circuit Analysis MCQs App (Android & iOS) includes complete analytics with interactive assessments. Download App Store & Play Store study Apps & enjoy 100% functionality with subscriptions!
Electric Circuit Analysis MCQs eBook Download
Digital Electronics Test Questions
- Complex Gate App's Quiz: System in which Y is low for A input is
- ECL Families App's MCQ: Delay product of ECL 10K series is
- Encoder Basics App's MCQs: In encoder, each position is to be encoded by a
- Sense Amplifier with Positive Feedback App's MCQ: Latch formed by cross coupling two CMOS inverters are similar
- Digital Electronics Concepts App's MCQ: Multiplexers are mainly used to increase amount of data that
Electric Circuit Analysis Quiz Questions
- Sinusoids App's MCQs: A sinusoid can be expressed in either sine form or
- Operational Amplifiers App's MCQs: Amplifiers used in mathematical operation have
- Inductance App's MCQ: An inductor stores energy in electromagnetic field created by current.
- Element Responses App's MCQ: Applied current through inductor is equals to
- Branch Current Method App's Quiz: Branch current method generated equations describes relationship between