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

distance education chemical engineer degree aprooved courses any?

1 Answers  

CHEMICAL MATERIAL BALANCE - EXAMPLE 2.3 : A 1.5 weight % aqueous salt solution is concentrated to 4 weight % in a single-effect evaporator. The feed rate to the evaporator is F = 7500 kg / h and the feed is at 85 degree Celsius. The evaporator operates at 1 bar. By assuming that only pure solvent of water exists in the form of vapor from the feed, calculate the flow rate of such vapor V.

1 Answers  

THERMODYNAMIC - EXAMPLE 10.1 : The water is superheated steam at 440 degree Celsius and 17.32 megapascals. Estimate the enthalpy of the steam above. From the steam table for water at 440 degree Celsius, enthalpy of steam, h at 18 megapascals is 3103.7 kilojoules per kilogram and at 16 megapascal is 3062.8 kilojoules per kilogram. Assume that h = mP + c where P is pressure; m and c are constants at fixed temperature with small differences in P.

1 Answers  

Tell us about a time when you failed to meet a deadline. What were the repercussions?

4 Answers   Bhavani Engineering Works, Caltex, Emirates, Holiday Inn, Regent, United States Seafoods,

Question 112 - In quantum computing, let the amplitude A = a | 0 > + b | 1 >, | a | | a | + | b | | b | = 1. Find the values of b if A = 0.8 | 0 > + b | 1 >.

1 Answers  

Explain how is waste heat boilers categorized?

0 Answers  

What regulates, or gives a substance the viscosity it has?

3 Answers  

What is the ignition temperance of Diesel,Petrol&kerosion oil

2 Answers  

what is isothermal process?

1 Answers   Coromandel,

ACCOUNTING AND FINANCIAL ENGINEERING - EXAMPLE 34.35 : A voluntary accountant is performing Du Pont Analysis for a charitable engineering organization. References for 3-step Du Pont formula are : (ROE) = (Net Income $) / (Equity $), where ROE is Return On Equity. (ROS) = (Net Income $) / (Sales $), where ROS is Return On Sales. (Asset Turnover) = (Sales $) / (Assets $). (Leverage) = (Assets $) / (Equity $). From the balance sheet and income statement, the company has Assets of $3753.19 this year and $3216.86 last year. Sales for this year is $2292.34. Let ROE = 0.37 and ROS = 0.21. (a) Calculate the Asset Turnover of the organization. (b) Find the value of the organizational Leverage. (c) Calculate the Net Income $ of the organization.

1 Answers  

ACCOUNTING AND FINANCIAL ENGINEERING - EXAMPLE 34.9 : In the modelling of the total of n rolls of a dice by an engineering student, let D be the random outcome of rolling a dice once. (a) Find the probability of outcome of D = 1, 2, 3, 4, 5 and 6. (b) Find the average score of each rolling of a dice D. (c) Find the expected value, Sn of n rolls of a dice in term of n and D. A new dice has a value of D* = D - 3.5. (d) Find the values of D* for each volume of D = 1, 2, 3, 4, 5 and 6. (e) Find the equivalent model of Sn in term of n and D. (f) Find the expected value of D*.

1 Answers  

How do you design a vapor-liquid separator or a flash drum?

0 Answers