Electrical Engineering

ractice the latest Electrical Engineering MCQs with answers and explanations to prepare for exams, interviews, and job tests. Our question bank covers fundamental and advanced topics such as circuit theory, power systems, electrical machines, electronics, control systems, measurements, digital logic, and communication systems. These Electrical Engineering multiple-choice questions are designed for students, competitive exam aspirants, and professionals preparing for NTS, PPSC, FPSC, PEC exams, GATE, university entry tests, and recruitment assessments. Strengthen your technical knowledge and problem-solving skills with our updated and comprehensive Electrical Engineering MCQs

📘 Basic Electrical Mcqs MCQs
📘 Cables MCQs
📘 D.C. Generators MCQs
📘 D.C. Motors MCQs
📘 Electrical Machine Design MCQs
📘 Electronic instruments MCQs
📘 Field Effect Transistors – FET MCQs
📘 Industrial Drives MCQs
📘 integrated Circuits MCQs
📘 Measurement and Instrumentation MCQs
📘 Multi-Stage Transistor Amplifiers MCQs
📘 Passive Filters MCQs
📘 Polyphase Induction Motors MCQs
📘 Power Generation MCQs
📘 Regulated D.C. Power Supply MCQs
📘 SCR (Silicon Controlled Rectifiers) MCQs
📘 Semiconductor Theory MCQs
📘 Series-parallel Circuits MCQs
📘 Single Stage Transistor Amplifiers MCQs
📘 Solid-State Switching Circuits MCQs
📘 Transistor Audio Power Amplifiers MCQs
📘 Transistor Biasing MCQs
📘 Transistor Tuned Amplifiers MCQs

352. Insertion of reactance in the rotor circuit_______?

by
A. reduces starting torque as well as maximum torque
B. increases starting torque as well as maximum torque
C. increases starting torque but maxi-mum torque remains unchanged
D. increases starting torque but maxi-mum torque decreases
✅ The correct answer is option A.

356. Capacitance grading of cable implies__________?

by
A. use of dielectrics of different permeabilities
B. grading according to capacitance of cables per km length
C. cables using single dielectric in different concentrations
D. capacitance required to be introduced at different lengths to counter the effect of inductance
✅ The correct answer is option A.