## CSVTU Exam Papers Applied Physics May 2010

CSVTU Exam Papers Applied Physics May 2010 Q. 1. (a) What is Twin – Paradox ? (b) Give postulates of special theory of relativity and deduc Lorentz Transformation. (c)(i) Two particles came towards each other with speed 0.6 c with respect to laboratory. What is their relative speed? (ii)Deduce Einstein’s mass velocity relation E = mc2 considering the … Read more CSVTU Exam Papers Applied Physics May 2010

## CSVTU Exam Paper Basic Electrical Engineering 2006

CSVTU Exam Papers Basic Electrical Engineering 2006 Q1 (a) Use nodal analysis method to find currents In the various resistors of the circuit shown below. (b) Using the venin’s theorem and y/ V transformation ,find the current through the galvanometer of figure shown below: (c) Using Notton’s theorem ,find the current which would flow in … Read more CSVTU Exam Paper Basic Electrical Engineering 2006

## CSVTU Basic Electrical Engineering Exam Paper Dec 2006

CSVTU Basic Electrical Engineering Exam Paper Dec 2006 CSVTU BE (I Year ) Examination Nov-Dec 2006-07 Basic Electrical Engineering Unit-I Q1(a) Explain Kirchhoffs lows applied to electric circuit: Use Nodi analysis to determine the value of current “I” in the give circuit. (b)  Find the unknown current in ammeter by reducting the electric circuit. (c)  … Read more CSVTU Basic Electrical Engineering Exam Paper Dec 2006

## CSVTU Basic Electrical Engineering Question Paper Dec 2007

CSVTU Basic Electrical Engineering Question Paper Dec 2007 CSVTU BE (I Year ) Examination Nov-Dec 2007 Basic Electrical Engineering Q1 (a)  Define Kirchhoffs current and voltage law . (b) Solve the network given for the following (i) Unknown resistances R1 and R2 (ii)  Unknown currents in various branches of the circuit. (c) Find the current through … Read more CSVTU Basic Electrical Engineering Question Paper Dec 2007

## 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