Explain emulsion stability, Chemistry

Assignment Help:

Q. Explain Emulsion stability?

The stability of an emulsion is determined by the viscosity of the continuous phase, presence of an emulsifier, the concentration of the emulsifier, size of the droplets and the ratio of the dispersed phase to the continuous phase. Interfaces in emulsions and foams can be stabilized by:

• small molecule surfactants,

• adsorbed macromolecules - often proteins, and

• fat globule networks.

We have studied above that the stability of an emulsion is influenced by emulsifiers.

What are emulsifiers? Let's get to know them.


Related Discussions:- Explain emulsion stability

Chemistry Assignment, Hi. I''m in year 11 and writing a chemistry report on...

Hi. I''m in year 11 and writing a chemistry report on the concentration of HCl in brick cleaner. The product I''ve chosen is a 20L solution of HCl, 30% HCl. I have to find the conc

Explain the electronic distribution complexes, Q. Explain the electronic di...

Q. Explain the electronic distribution complexes? In majority of the cases the decrease in the number of unpaired electrons agrees well with the magnetic moment values obtained

Freezing and Boiling points, Calculate the molarmass of a nonelectrolyte th...

Calculate the molarmass of a nonelectrolyte that lowers the freezing point of 25.00g of water to -3.9 degrees C when 4.27 g of the substance is dissolved in the water.

Organic chemistry, what are chemical properties of haloarenes?

what are chemical properties of haloarenes?

Define paired comparison (preference) test, Paired Comparison (Preference) ...

Paired Comparison (Preference) Test In this test the assessor is presented with two coded products and asked to indicate whether there is a preference between them. The test

Balanced Ionic and Net ionic equation help needed, I am supposed to write a...

I am supposed to write a blanced chemical equation for Lead(II) nitrate (aq) and ammonium chloride (aq) creating a precipitate of lead(II) chloride. I wrote the unbalanced equation

Direct isotope dilution analysis (DIDA), A solution contains an unknown amo...

A solution contains an unknown amount of osmium at the µg/g level, or below. Chemically pure osmium (Os) may be separated from the solution, but the chemical yields are variable an

Px orbital can accommodate, Normal 0 false false false ...

Normal 0 false false false EN-IN X-NONE X-NONE p x orbital can accommodate : (1) 4 electrons

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