Q4. Which of the following is a type of core loss?
- (2) Hysteresis loss
- (3) Core loss
- (4) Eddy current loss
RPSC VPITI Electrical Engineering Question Paper 2012 PDF
- Year 2012
- Conducted By RPSC
- Languages English
Exam Details
| Detail | Information |
|---|---|
| Examination | Vice Principal/Superintendent ITI Screening Test |
| Year | 2012 |
| Conducting Body | RPSC |
| Paper | VPITI-Electrical |
| Subject | Electrical Engineering |
| Question Type | Objective (MCQ) |
This is the official question paper for the RPSC Vice Principal/Superintendent ITI Screening Test held in 2012, specifically for the Electrical Engineering paper. It contains objective-type multiple-choice questions designed to assess candidates' knowledge in core electrical engineering concepts. This paper is a valuable resource for aspirants preparing for similar competitive examinations conducted by RPSC or other state public service commissions, offering insights into the exam pattern, difficulty level, and important topics. Downloading and practicing with this paper can significantly aid in exam preparation.
Major Topics Covered
- Maxwell's Divergence Equation
- Transfer Function
- Inductance
- Transformer Losses
- Q-Factor
- Induction Generator
- P-type Semiconductor
- Signal Flow Graph
Why This Paper is Important
- Useful for VPITI-Electrical preparation
- Helps understand the latest exam pattern
- Useful for practice and self-assessment
- Covers frequently asked General Studies topics
- Helpful for analysing question trends
Related Resources
- RPSC AE Electrical Previous Year Papers
- RPSC JE Electrical Previous Year Papers
- VPITI Other Subjects 2012 Papers
- RPSC VPITI Electrical Engineering Answer Key 2012
- RPSC VPITI Electrical Engineering Syllabus
- Electrical Engineering Syllabus for Competitive Exams
- RPSC VPITI Exam Pattern
- RPSC Screening Test Pattern
Instructions
- \nabla \times \mathbf{B} = 0 \left( \frac{2}{2} \right) \nabla \cdot \mathbf{B} = 0 3\nablax B = P
- \nabla. B = P Ques # 2 Transfer function \frac{V_2(s)}{V_1(s)} = \frac{10s}{s^2 + 10s + 100} is for an active:
- All pass filter Ques \#:3 Two coils in differential connection have self inductance of 2 milli Henry (mH) and 4 mH and a mutual inductance of 0.15 mH.
- The equivalent inductance of the combination is :-
- 15 mH Ques #4 Power input to a transformer on no load at rated voltage comprises predominantly:-.
- Copper loss file://E:\vp iti\VPITI-Electrical\qpimages\Ques Paper VPITI-Electrical.html 23-Feb-16
Questions (page 2)
Q5. The Q - factor of a coil is given by :-
- (1) Its power factor cos φ
- (2) Ratio of max. Energy stored & energy dissipated per cycle
- (3) Reciprocal of its power factor
- (4) Ratio R/Z
Q6. If an induction machine is run at above synchronous speed, it acts as:
- (1) a synchronous motor
- (2) an induction generator
- (3) an induction motor
- (4) none of the above
Q7. The majority charge carriers in a P-type semiconductor are :-
- (1) Electrons
- (2) Holes
- (3) Neutrons
- (4) Ions
Q8. Signal flow graph is used to obtain the:-
- (1) stability of the system
- (2) transfer function of the system
- (3) controllability of the system
- (4) observability of the system
Question paper preview
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Frequently asked questions
What is the name of the exam?
The exam is the RPSC Vice Principal/Superintendent ITI Screening Test.
What year is this question paper from?
This question paper is from the year 2012.
Which subject does this paper cover?
This paper covers Electrical Engineering.
Who conducts this examination?
The examination is conducted by the Rajasthan Public Service Commission (RPSC).
What is the format of the questions in this paper?
The questions in this paper are objective, multiple-choice questions (MCQs).
Can I download the RPSC VPITI Electrical Engineering question paper?
Yes, you can typically download the question paper in PDF format for offline study.