CSVTU Exam Papers Basic Electrical Engineering Dec Jan 2009

CSVTU Exam Papers Basic Electrical Engineering Dec Jan 2009 UNIT-I  Q.1. (a) What is free body diagram? (b) Three forces act on a particle ‘O’ as shown in fig  Determine the value of ‘F’ such that the resultants Of these three forces is horizontal. Find the magnitude and direction of the forth force which when acting … Read more CSVTU Exam Papers Basic Electrical Engineering Dec Jan 2009

CSVTU Question Papers Basic Electrical Engineering May 2009

CSVTU Question Papers Basic Electrical Engineering May 2009   UNIT-I Q.1 (a) Why are electrical machine made of magnetic materials? (b) State and explain super position theorem. (c) Determine the equivalent resistance between the terminals X and Y of the circuit shown. (d) A steel ring of 25 cm in diameter and of circular section … Read more CSVTU Question Papers Basic Electrical Engineering May 2009

CSVTU Applied Chemistry Previous Year Question Paper May 2009

CSVTU Applied Chemistry Previous Year Question Paper May 2009 CSVTU BE (1st Semester) Examination, April-May 2009 Applied Chemistry Note : Attempt all questions . part (a) of each question is compulsory and attempt any two parts from remaining question UNIT-I Q1 (i) For estimation of alkalinity in a water sample phenolphthalein and methyl orange end … Read more CSVTU Applied Chemistry Previous Year Question Paper May 2009

CSVTU Exam Papers Basic Electrical Engineering June 2007

CSVTU Exam Papers Basic Electrical Engineering June 2007   Q1 (a)  Find current through branch a b in the circuit shown in fig – by using loop current method and superposition method. not change the sources. (b)Find current through branch a b of circuit shown in fig 2 using  Norton’s Theorem. (c) A series magnetic circuit … Read more CSVTU Exam Papers Basic Electrical Engineering June 2007

CSVTU Exam Papers Basic Electrical Engineering Jan 2008

CSVTU Exam Papers Basic Electrical Engineering Jan 2008   Q1 (a)  State The venin’s Theorem. List the steps for obtaining The venin’s equivalent circuit. (b) For the network shown below, draw a Norton’s equvalen circuit and determine the current flowing through 18.75  resistor. (c) Find the branch current in the circuit of figure shown by using … Read more CSVTU Exam Papers Basic Electrical Engineering Jan 2008