Answer / chinna

U can get From the book called GATE -chemical engg by GK
Publishers.

Answer / vamsi krishna

If u have access to internet at your place, try
www.unitoperation.com

Its an excellent site fro us Chemical ENgineers who are
aspiring for GATE.

Otherwise i can mail them to you.

Answer / k prasanna kumar

u will get only previous 4 years papers in gk publishers

Answer / hemanth

vamsi krishna can u please mail me a;; the pevious papers what ever u have
my mail id is hemiitmch@gmail.com

Answer / shekhar

U can get these papers online too!
try webs like onestopgate n all!
if u still dnt get them, i ll mail u!

Answer / jithender

i can get these papers online

Answer / kanthraj

you can get GATE -chemical engg study material from vani
institute of technology,hyderabad
Vani institute will conduct gate coaching for most of the
engg branches

can any one tell me that how shoul i prepere for entrance exams of psu i mean from which book i have to gone through?

3 Answers   BPCL Bharat Petroleum, GACL, GATE, IOCL,

For a Vernier scale of representative fraction (RF) = 1 / 25, calculate the length of the scale for the reading up to 4 metres.

1 Answers  

Chemical Engineering Unit Operation - Which of the sequence below represent a feasible flows of ethanol processing plants using cellulose as starting material? A. raw material --> heat exchanger --> distillation column --> reactor. B. reactor --> distillation column --> raw material --> heat exchanger. C. heat exchanger --> raw material --> distillation column --> reactor. D. raw material --> heat exchanger --> reactor --> distillation column. E. distillation column --> raw material --> reactor --> heat exchanger.

1 Answers  

Question 94 - The resolution of separation, Rs for chromatography is given by the formula Rs = (difference in retention time) / (average width at the base). In a chromatogram, 3 peaks a, b and c are found. Average widths W at the bases of the solutes are : Wa = 20 s, Wb = 40 s, Wc = 30 s. Resolutions of separation, Rs for solutes b and c in comparison to a are 2 and 4 respectively. The differences in retention times T for b and c in comparison to a are (Tb - Ta) and (Tc - Ta), Ta = Tc - Tb : (a) Form 2 equations involving Rs as a function of Wa, Wb, Wc, Ta, Tb and Tc. (b) Find the values of Ta, Tb and Tc.

1 Answers  

What are the different ways in which solids can be blended?

0 Answers  

Are carbon steel storage tanks appropriate for NaOH solutions?

1 Answers  

Question 52 - The half-life for first order reaction could be described in the differential equation dC / dt = -kC where k is a constant, C is concentration and t is time. (a) Find the equation of C as a function of t. (b) Find the half life for such reaction or the time required to reduce 50 % of the initial concentration, where k = 0.139 per minute. (c) When the initial concentration Co is 16 mol / cubic metre, how long does the reaction required to achieve the final concentration of 1 mol / cubic metre?

1 Answers  

what is mean by chemical engineering and its scope in industry

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Suggest the best book for barc written test guide me the syllabus

1 Answers  

why traction voltage is 25kv

0 Answers  

Question 99 - (a) The quantum number m is given by m = -s, -s + 1. If s = 0.5, find the values of m. (b) | T > = (cos T) | V > + (sin T) | H >. The V and H states form a basis for all polarizations. Let cos T = 0.8. (i) If (sin T)(sin T) + (cos T)(cos T) = 1, find the value of sin T. (ii) For | T > = a | V > + b | H >, where a x a represents the probability of | V > and b x b represents the probability of | H >. Which one is more abundant, | V > or | H >? (iii) Find the value of T without using any mathematical tools.

1 Answers  

What are some guidelines for designing for liquid and gas velocities in process plant piping?

0 Answers