In a liquid-liquid extraction with water with ethyl acetate

Reference no: EM13683079

In a liquid-liquid extraction with water with ethyl acetate, which phase would expect every compound below to be dissolved in?

(a) NaCl

(b) Limonene-

(d) Eugenol

Reference no: EM13683079

Questions Cloud

Explain what is the molarity of a naoh solution : Explain what is the molarity of a NAOH solution that needs 103.2 ml to reach an endpoint of 100.0 ml of 1.000 M HCL

Compute the concentration of triiodide in the solution : A triiodide solution was being examined by coulometry. The instrument measured 33.7 coulombs from the quantitative reduction of triiodide to iodide ion for a 10mL solution. Compute the concentration of triiodide in the solution.

Define how would this affect the slopes of your curves : If you utilize 0.20 M KI instead of 0.10 M KI, define how would this affect (a) the slopes of your curves (b) the rate of the reactions (c) the numerical value of k

Derive a character table for d2h point group : From first principles derive a character table for D2h point group. Include all operato matrices and both reducible as well as irreducible representations

In a liquid-liquid extraction with water with ethyl acetate : In a liquid-liquid extraction with water with ethyl acetate, which phase would expect every compound below to be dissolved in

Explain in a liquid-liquid extraction with water : In a liquid-liquid extraction with water as well as ethyl acetate which phase would you expect each compound below to be dissolved in?

Explain how would determine co2 is liquid : Explain how you would determine if a) CO2 is liquid, vapor or vapor-liquid at a particular T & p. b) CO2-water is liquid, vapor-liquid, vapor, or liquid-liquid at a particular T, p and z.

Explain electrical conductors in the melt : If categorize substances as molelecular, macromolecular, ionic or metallic, in which if any categories are all the members.

Explain is the maximum amount in moles of nh3 : Explain is the maximum amount in moles of NH3 that can be produced by the reaction of 2.5 moles of N2 with 3 moles of H2 via the equaton below.

User Account

All Pages