[nilesh]

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Hello sir, I’m preparing for Post-Graduate Engineering Common Entrance Test. Here I came for to get previous year question paper for EEE. Will you please give me here Post-Graduate Engineering Common Entrance Test Previous Year Question Papers For EEE?

[prince karak]

The Post-Graduate Engineering Common Entrance Test is a State Level Common Entrance Test for admission into Regular PG Courses in Engineering, Technology, Architecture, Pharmacy and Planning (ME / M.Tech./M.Pharmacy / M.Arch / M. Tech etc).

AP PGECET is organized jointly by the Jawaharlal Nehru Technological University (JNTU), Kakinada on behalf of A.P. State Council of Higher Education (APSCHE).

The AP Post-Graduate Engineering Common Entrance Test Old Question Papers will help the Applicants in the preparation of AP PGECET.

Exam Pattern:

Sl.No Type of the Exam Medium of Question Paper Subjects No.of Questions Marks Duration
Pen & Paper Based (Multiple Choice Questions) English Technical Subjects 120 120 2 Hrs

Post-Graduate Engineering Common Entrance Test Previous Year Question Papers For EEE:







Post-Graduate Engineering Common Entrance Test Previous Year Question Papers For EEE:

28. The magnetizing reactance of a 4 kV/ 400 V, 50 Hz single-phase transformer on low voltage side is 35 Ω. The magnetizing reactance on the high voltage side is
(A) 0.35 Ω (B) 3.5 Ω (C) 350 Ω (D) 3500 Ω

29. At maximum efficiency of a single-phase transformer, the load power factor is
(A) unity (B) lagging (C) leading (D) zero

30. The per unit I 2R losses and per unit reactance of a transformer at 0.8 leading power factor is 0.1 and 0.03, respectively. The per unit regulation of the transformer is
(A) − 0.02 (B) − 0.01 (C) 0.04 (D) 0.026

31. In star-star connection of 3-phase transformer, the triplen harmonics are suppressed by using
(A) star connected tertiary windings (B) delta connected tertiary windings
(C) neutral conductor (D) additional insulation for the phases

32. If two 3-phase transformers with unequal voltage ratios are connected in parallel, the result is
(A) circulating current on no-load (B) no circulating current on no-load
(C) dead short-circuit (D) equal no-load secondary emfs

33. In a 6-pole wave wound dc machine the number of conductors is 70. The back pitch and commutator segments, respectively, are
(A) 11and 35 (B) 12 and 34 (C) 13 and 35 (D) 14 and 34

34. The number of brushes in a 6-pole double-layer lap wound dc machine is
(A) 8 (B) 6 (C) 4 (D) 2

35. Equalizer rings are used in a dc machine to
(A) provide mechanical balance
(B) balance the flux produced by the poles
(C) provide path for the circulating currents
(D) overcome armature reaction

36. The demagnetizing AT/pole of a 4-pole dc generator is 480. The number of conductors is 480 and the current in each conductor is 40 A. Then the required brush shift in mechanical degrees
(A) 9° (B) 7° (C) 5° (D) 3°

37. In a dc shunt generator critical field circuit resistance line is the line drawn
(A) above the OCC (B) below the OCC
(C) tangent to the saturation curve (D) tangent to the linear portion of OCC

38. A 200 V dc motor takes a field current of 2 A to generate a back emf of 180 V. If the field winding resistance is 80 Ω, the resistance of the shunt field regulator is
(A) 10 Ω (B) 20 Ω (C) 100 Ω (D) 180 Ω