Electrical Engineering | Question Paper 2073 | CTEVT Diploma | 1st Year/2nd Part

electrical engineering question paper 2073 ctevt diploma 1st year 2nd part download pdf
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Electrical-Engineering-Question-Paper-2073-CTEVT-Diploma-1st-Year-2nd-Part
Council for Technical Education and Vocational Training

Office Of The Controller Of Examinations
Sanothimi, Bhaktapur
Regular/Back Exam - 2073 Bhadra/Ashwin
Program : Diploma In Information Technology /Computer Engineering
Level: DIPLOMA
Year/Part: First Year/Second Part
Subject: Electrical Engineering
Time - 3 hrs
Full Marks - 80
Pass Marks - 32

DOWNLOAD PDF of Question Paper | Electrical Engineering | CTEVT | 1st Year/2nd Part | 2073.

Candidates are required to give their answers in their own words as far as practicable. The figures in the margin indicate full marks.

Also Check:

Download PDF of Electrical Engineering | Question Paper 2073 | CTEVT Diploma | 1st Year/2nd Part.

Download PDF of Engineering Chemistry-II | Question Paper 2073 | CTEVT Diploma | 1st Year/2nd Part.

Download PDF of Engineering Math II | Question Paper 2073 | CTEVT Diploma | 1st Year/2nd Part.

Download PDF of Engineering Physics II | Question Paper 2073 | CTEVT Diploma | 1st Year/2nd Part.

Download PDF of Logic Circuits | Question Paper 2073 | CTEVT Diploma | 1st Year/2nd Part.

Download PDF of Object Oriented Programming In C++ | Question Paper 2073 | CTEVT Diploma | 1st Year/2nd Part.

Download PDF of Web Technology and Programming-I | Question Paper 2073 | CTEVT Diploma | 1st Year/2nd Part.

Attempt (Any Five) questions:

1.
a) State and explain faraday's law of electromagnetic induction? [4]
b) What do you mean by Magnetic field intensity? Give the B.H. curve of a magnetic material and explain the various parts of the curve. [2+5=7]
c) A battery of 24V is applied across terminal AB of the circuit shown in fig. below. Find [6]
i) The current in 2Ω resistance.
ii) Voltage across 6Ω resistance.

2.

a) State and explain maximum power transfer theorem and prove that efficient under maximum power transfer condition is 50%. [3+2=5]
b) Find Thevenin Equivalent circuit to the left of terminal x-y in figure below and find the value of current flowing through 50Ω resistance. [3+3=6]

Also Check:

All CTEVT Exam Papers For Computer Diploma First Year 2nd Semester 2073.

See More:-

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Electrical-Engineering-Question-Paper-2073-CTEVT-Diploma-1st-Year-2nd-Part
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