11.24) Iodine is a non polar molecule. Whereas as water is a polar solvent and hexane is a nonpolar solvent. From the rule, like dissolves like, nonpolar iodine is soluble in nonpolar hexane but not in polar water.
11.24 Answer lodine, I2, is very soluble in hexane, C6H14, but not in water. Explain this...
#69. Label each compound with the type of attraction holding the particles together in the solid or liquid form: London forces, dipole-dipole forces, hydrogen bonds, or ionic bonds ammonia, NH3 KCI hexane, C6H14 lodine, 12 hydrogen bromide, HB! methanol, CH3OH QUESTION 13 Using the general rule of "ke dissolves like". choose the solvent in which the compound will be most soluble water or benzene (C6H6). ammonia, NH3 KCI hexane, C6H14 lodine, 12 hydrogen bromide, HBO methanol, CH3OH
Predict whether the following molecules will be more soluble in water (H20) or in hexane (C6H14). Identify the dominant force responsible for solvation. OH H-C-H H- C-C- C- H a. W HHH O- H H d. Naci 2. Will the following compounds dissolve in water? Why or why not? a. LiOH b. AlPO4 HO-HC . HO с. Ныса н,
Using the general rule of "like dissolves like", choose the solvent in which the compound will be most soluble: water or benzene (C6H6). ammonia, NH3 KCI hexane, C6H14 iodine, 12 hydrogen bromide, HBr methanol, CH3OH
Which alcohols would be most soluble in hexane? Which would be most soluble in water? Explain your answer (use arguments based on intermolecular forces in your answer).
2. While caffeine is very soluble in water, aspirin is only minimally soluble. a. Clearly explain why you think caffeine is soluble in water. b. In order to dissolve the aspirin, I had to use a sodium hydroxide solution (this is why you had to add HCl to the separatory funnel.) Clearly explain how the use of a sodium hydroxide solution allowed the aspirin to dissolve. Structures/reaction(s) will likely help your answer.
Hand in this assignment as you ente Grade Name water and hexane miscible (soluble) or immiscible? b. Explain. c. Which is the top layer? d. Explain. (1 ) 2. What is the purpose of ac the purpose of adding hexane to the aqueous solutions of halogens? (2 points) Why do you discard solutions containing hexane in the separatory funnel instead of the organic waste container? (2 points) 4. Write the formulas for the diatomic halogens in order of increasing strength...
What are polar molecules? why are substances like gasoline not very soluble in water?
13.16 short Answer A) 0.236 13.16 short Answer B)90.8 g i2/100g hexane 13.8 short Answer (1,273k) , (0.8,252k) , ( 0.6,229k) , ( 0.4,203k),(0.2,270k) 13.16 The melting point of iodine is 113.6 °C and the heat of fusion is 15.64 kJ/mol. a) What is the ideal solubility of iodine at 25°C? b) How many grams of iodine dissolve in 100 g hexane at 25°C? 13.8 The heat of fusion of water at the freezing point is 6009.5J/mol. Calculate the freezing...
63. is able to cross membranes, but is not very water soluble. can't cross membranes, but is very water soluble. This helps explain CO2 transport by blood. a. Carbon dioxide / Bicarbonate b. Bicarbonate / Carbon dioxide 64. Which of the following is not true concerning the hemoglobin molecule? a. it is found at high concentrations inside erythrocytes b. it contains 4 iron atoms d. it contains 4 heme molecules c. it can bind 4 O2 molecules e. four CO2...
1) Explain why 1-butanol, CH3CH2CH.CH-OH, is soluble in water, while heptane, CH(CH) CH3, is not. "Like dissolves like" IS NOT the answer. 2) In chemistry 121 you learned three different definitions of oxidation and reduction, one of which has little or no application to organic chemistry, Write the two definitions of an oxidation AND the two definitions of a reduction that are used to describe redox processes involving organic molecules. 3) There are three oxidizing agents used in this lab....