Dear student,
Option (c) is correct.
a soap micelle with a dissolved oil droplet
Explanation...
A soap molecule is a long hydrocarbon chain with a hydrophilic (water loving) end and a hydrophobic (water fearing) end.
The hydrophobic end is lipophilic (oil loving). When the soap molecules come into contact with an oily dirt, the hydrophobic ends stick to the dirt while the hydrophilic end sticks to the water. Motion causes the water to move, pulling at the soap molecules, which pull at the dirt.
Please give a positive ratings to this answer.
And stay safe...
With regards...
Examine the following figure. What does the image represent? an oil molecule surrounded by bubbles a....
what makes a soap molecule able to break up oil into little pieces? A. Emulsification by ion repulsion B. Soap bubbles carry the oil away C. it is a catalyst helping the oil to disintegrate into an emulsion D. Soap lowers the surface tension of the water
what would be my percent yield if i retrieved 3.1020 grams of soap? thank you, please show all work. SAPONIFICATION (HYDROLYSIS OF A FAD Fats and edible oils consitute a special class of esters called riglycerides in which alcohol part of the molecule, the trihydroxy compound glycerol, forms with three molecules of various long-chain carboxylic acids (called fatty acids). Ty reactions of simple esters can also be carried out on fats and oils,i acid-or-base-catalyzed hydrolysis. three ester linkages carboxylic acids...
1. Solubility in WATER Check solubility of four solutes in water (H2O). For each solute record how many teaspoons dissolved in 1/2 cup of water. NaCl: Start out with 4 small glasses (cups) and add 1/2 cup of water to each. Put 1/2 level teaspoon (tsp) of salt (NaCl) into the first cup and stir. If it dissolves within 1 minute; add another 1/2 tsp of salt and stir. Count the number of 1/2 tsps you are adding. Repeat until...
1. Does the following Lewis structure represent an anion, a cation, or a molecule? if it represents an ion, what is the charge on the ion?
Demand and Supply What does the following figure represent? A relatively elastic supply curve A relatively inelastic supply curve A relatively elastic demand curve A relatively inelastic demand curve Demand and Supply What does the following figure represent? ЛУ Price Elasticity < 1 Q Quantity A relatively elastic supply curve O A relatively inelastic supply curve о A relatively elastic demand curve O A relatively inelastic demand curve
9) What does the mathematical symbol Il represent? 10 Let X = (1, 3, 5) and Y = {a,b,c,d). Define g: X by the following arrow diagram. Y . a. Write the domain of g and the co-domain of g. b. Find g(1), :.! c. What is the range of g? d. Is 3 an inverse image of a?" e. What is the inverse image of b? 1. Represent g as a set of ordered pairs.
explain 21. Which of the following represent the enol form of the following molecule? OH OH cox cox B)11, CI DIVE) None of the above III IV 4)1 A) I B) II C) III D) IV E) None of the above
Referring to Parts A & B in the experiment, indicate whether the following compounds are polar or non-polar. Compound Polar or Non-Polar ethylene glycol ___ oil ___ biphenyl ___ hexane ___ sugar ___ Referring to Part C in the experiment, indicate the stronger attractive force by circling one choice below. Water-plastic refers to the attraction of water to plastic while water-glass refers to the attraction of water to glass. Explain your choice. water- plastic or water-glass Referring to Part C...
Name Date Experiment5 Identification of Unknowns: PRELAB 1. In this experiment you will do qualitative analyses to determine the identity of unknown compounds What oes qualitative analysis mean? What does quantitative analysis mean? 2. Use the flow chart to answer the following questions (A-E) A. Which non-water-soluble compound produces bubbles of gas when vinegar B. Which two water-soluble compounds produce bubbles of gas when vinegar is added? C. Carefully examine the chemical formulas of the three compounds you just named...
I'm working on characterizing a molecule based on CNMR spectra. What does each peak represent and how to draw the chemical structure based on this (with each C labeled)? 3 865 52 0388 58 4791 2 97 5 6 1 87 0983 33 3222 2 5 5 160 150 140 130 120 110 100 90 80 70 60 50 ppm