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  #2  
14th August 2012, 02:38 PM
Super Moderator
 
Join Date: May 2012
Re: JNTU Kakinada Previous Papers EEE

You are looking for the JNTU Kakinada Previous paper of B.Tech I-I Semester.
Here I am uploading a Zip file where you will find out followings papers:
C Programming
Mathematics - I
Environmental Studies
Mathematical Methods
Engineering Chemistry- I
English – I
Engineering Physics – I
Attached Files
File Type: zip JNTU B.Tech pepper.zip (1.25 MB, 21 views)

Last edited by Pathak; 14th August 2012 at 02:40 PM.
  #3  
22nd March 2015, 12:16 PM
Unregistered
Guest
 
Re: JNTU Kakinada Previous Papers EEE

Hey, I am appearing in 2nd year b .tech exam of Electrical And Electronics Engineering course offered by JNTU Kakinada , will you provide me the Previous Papers EEE paper of the university ?
  #4  
22nd March 2015, 12:19 PM
Super Moderator
 
Join Date: Apr 2013
Re: JNTU Kakinada Previous Papers EEE

As you want I am here providing you sample paper of the EEE paper of the JNTU Kakinada.

Sample paper :

1. a) State and explain Ohms law and its limitation
b) Two resistances of W 50 and W 40 respectively are connected in parallel. A third resistance
of W 10 is connected in series with the combination and a D.C supply of 220 V is applied to the
ends of the completed circuit. Calculate the current in each resistance.


2. With a neat sketch explain the main parts of the DC machine and state the material of which
each part is made and their function


3. a)From the fundamentals, derive the expression for the EMF equation of a single phase
transformer.
b) A transformer has a primary winding of 600 turns and a secondary turns of 300. When the
load current on the secondary is 50A at 0.85 p.f lagging, the primary current is 25A at 0.707
lagging. Determine the no load current of the transformer and the phase angle with respect to
the voltage.

4. a) Explain the slip-torque characteristics of three phase induction motor
b) Find the no-load phase and line voltage of a star-connected 3-phase, 6-pole alternator which
runs at 1200 rpm, having flux per pole of 0.1 wb sinusoidally distributed. Its stator has 54 slots
having double layer winding. Each coil has 8 turns and the coil is chorded by 1 slot.

JNTU Kakinada EEE paper






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