Answer / rohit

questions papers of iocl
ok...........

Answer / ravi

I aslo want the papers for IOCL (chemical stream)
my id is ravi.nikum@gmail.com

Answer / daisy sarma

Respected sir/mam,

please send me the placement paper of last years of IOCL
(chemical engg.).My email id: sarmadaisy@yahoo.com
Thanking you.

Answer / krishna

I also need all the Previous years Question papers for IOCL.
Pls, If any one has these send it them to

lavudyakrishna@gmail.com

Answer / kunal batra

RESPECTED SIR/MAAAM

i am a final year student of B.E. CHEMICAL ,BITS-PILANI
can u please email me the papers of iocl and and also tell
which technical questions are likely to appear in an
interview ???

my id is romi.batra@gmail.com

THANKS

Answer / krishna

For Electrical Engg.,

Answer / amit.shrivastava

Hi Frends

IF anyone got the question paper of IOCL(mechanical Diploma
holder)please send. my mail ID amith2010@yahoo.co.in

Answer / geet

hey provide me the same at gsmaithani@gmail.com

Answer / rajnish sharma

Pls send me the placement paper of IOCL...
my email ID is : rajnish.sst1@gmail.com

Thanks a lot

Answer / pankaj

Hi all,
I am Pankaj from IIT Kanpur.I need placement paper of
last years of IOCL in
chemical sream......
send me the question paper as soon as possible on my email
address.

My id :- pankajkv@iitk.ac.in or pankaj06iitk@gmail.com

QUANTUM CHEMISTRY AND CHEMICAL ENGINEERING - EXAMPLE 31.4 : In a rigid rotor model in quantum chemistry, the moment of inertia I is given by an Equation E as I = Ma x La x La + Mc x Lc x Lc = m x L x L, where m = (Ma x Mc) / (Ma + Mc) and L = La + Lc, m is the reduced mass, Ma is the mass of a, Mc is the mass of c, La is the radius of a from point O, Lc is the radius of c from point O. Prove by simplest method that Equation E is wrong.

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Question 47 - In a cylinder with a hollow, let a is outside radius and b is the inside radius. In a steady state temperature distribution with no heat generation, the differential equation is (d / dr) (r dT / dr) = 0 where r is for radius and T is for temperature. (a) Integrate the heat equation above into T(r) in term of r. (b) At r = a, T = c; at r = b, T = d. Find the heat equation of T(r) in term of r, a, b, c, d.

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what is R1,R2,R3, R4........?

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R sir, i need placement paper of last years of IOCL in chemical sream...... send me the question paper as soon as possible on my email address.

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sir i am senthil B.Tech Chemical Engineer which book is refer for objective type questions?

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