Draw temperature composition phase diagram for binary system, Chemistry

Assignment Help:

Draw temperature composition phase diagram for binary System?

Use the following information to draw a temperature-composition phase diagram for the binary system of H2O (A) and Na2SO4 (B) at p = 1 bar, confining t to the range 20 to 50 C and zB to the range 0-0.2. The solid decahydrate, Na2SO4. 10H2O, is stable below 32.4°C. The anhydrous salt, Na2SO4, is stable above this temperature. There is a peritectic point for these two solids and the solution at xB = 0.059 and t = 32.4°C. There is a eutectic point for ice, Na2SO4 .10H2O, and the solution at xB = 0.006 and t = 1.3°C.


Related Discussions:- Draw temperature composition phase diagram for binary system

F block element, why Zn metal regarded other element

why Zn metal regarded other element

Tests of chloroform, Tests of chloroform (a) It gives isocyanide test (...

Tests of chloroform (a) It gives isocyanide test (Carbylamine test). (b) It makes silver mirror with Tollen's reagent. (c) Pure Chloroform does not give white precipitate

Show the uses of emulsions, Q. Show the Uses of Emulsions? Emulsions pr...

Q. Show the Uses of Emulsions? Emulsions provide many useful functions in food preparation and processing. They: 1) act as vehicles for flavour to foods, 2) dilute ingr

Explain the process of reaction mechanism., According to Collision theory a...

According to Collision theory a chemical reaction takes place due to collision between the particles of these reactants. The number of reacting species (atoms, ions or molecules) w

MILLI EQUIVALENT, CONVERT 28MG/LTR SODIUM HYDROXIDE INTO MILLI EQUVALENT

CONVERT 28MG/LTR SODIUM HYDROXIDE INTO MILLI EQUVALENT

Determine the wavelength of light wave, Q. Determine the wavelength of ligh...

Q. Determine the wavelength of light wave? Ans. The frequency of an infrared wave is 2.07 x 10 14 Hz. What is the wavelength?  c = λv Since we know the speed of light we

Henderson-hasselbalch equation, (a) Explain in terms of ionic equilibria wh...

(a) Explain in terms of ionic equilibria why the aqueous solution of a salt derived from a weak acid and a strong base (e.g. sodium phenolate) has a pH greater than 7. (b) B

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd