IN WATER OR AQUEOUS SOLUTION, MOLECULES ARE MOST READILY REACT WITH EACH OTHER. WHY?
In case of any query please
comment. If you have liked the solution then please THUMBS UP.
IN WATER OR AQUEOUS SOLUTION, MOLECULES ARE MOST READILY REACT WITH EACH OTHER. WHY?
Explain why hydrophobic molecules aggregate together when placed in water and aqueous buffers.
Because water molecules can form a variety of hydrogen bonds
with each other, water molecules tend to have more configurations
when they are by themselves than when they are mixed with other
molecules that cannot form hydrogen bonds. Imagine that the
interactions between water molecules and the molecules of a non
polar substance A (W-A interactions) are stronger than the W-W and
A-A interactions. In this case one can predict that:
Water Properties Homework. Unanswered Because water molecules can form...
6. An aqueous solution of ammonium sulfate is allowed to react with an aqueous solution of lead(II) nitrate. The complete ionic equation contains which of the following species (when balanced in standard form)?. a. 2NH(aq) b. 25042-(aq) C. 3Pb2+(aq) d. NO3(aq) e. Nat(aq)
Aqueous Solutions Foundations 6.91 What properties make water such a useful solven? 6.92 Sketch the interactive network of water molecules in the liquid state. 6.93 Sketch the interaction of water with an ammonia molecule. 6.94 Sketch the interaction of water with an ethanol, CH CH.OH. molecule 6.95 Why is it important to distinguish between electrolytes and nonelectrolytes when discussing collijative properties? 6.96 Name the two most important cations in biological fluids. 6,97 Explain why dialysis solution must have a low...
Water molecules surrounding hydrophilic molecules have
____________ entropy relative to those surrounding hydrophobic
molecules. Hydrophobic molecules (such as lipids) can associate
together in an aqueous solution. The dissociation of these
molecules (such that they are free in solution) would be
thermodynamically ____________.
Water molecules surrounding hydrophilic molecules have hydrophobic molecules. Hydrophobic molecules (such as lipids) can associate together in an aqueous solution. The dissociation of these molecules (such that they are free in solution) would be thermodynamically entropy relative to...
7) Indicate which are the most abundant particle, ions or molecules for aqueous solutions of the following compounds. Write the formulas of the predominant species in the space at the right. molecules ions Solution Inventory (Predominant Species) magnesium acetate C2H60(aq) potassium iodide sodium hydroxide acetic acid aqueous ammonia lithium sulfide nickel (III) nitrate HCHO2(aq) ammonium sulfate lithium oxalate perchloric acid --------
Dissolution of Copper Metal Copper reacts readily with strong oxidizing agents (substances that readily remove electrons from other suhstances-i.e... Cu- Cu2 +2e). In this experiment, aqueous nitric acid, HNO, oxidizes copper metal to the copper(II) ion (opening photo): Cu(s) +4 HNO,(aq)Cu(NO)(aq) +2 NO (8) +2 H,0( .Cu HNO3 Cu(NO3)2 (28.1) CuSO The products of this reaction are copper(II) nitrate, Cu(NO)2 (a water-soluble salt that produces a blue solution), and nitrogen dioxide, NO2 (a dense, toxic, red-brown gas). The solution remains...
Q(38) What is the pH of a 0.0200 M aqueous solution of HF (K. of HF is 6.8 A) pH=14 B) pH=2.4 C) pH 47 D) pH=9,3 10 ) E) pH=12,6 Q(39) What is the pH of a 0.1 M aqueous solution of NH3 (Ko of HF is 1.8 * 10-5)? A) pH=14 B) pH=2.4 C) pH 6.7 D) pH=11.3 6) pH=12.6 Q(40) Aqueous metal ions behave as Lewis acids because they A) can readily accept electrons in their vacant...
Predict the products when aqueous solutions of magnesium sulfate and barium nitrate react with each other. Write the balanced chemical equation and indicate which product would be the precipitate (insoluble). 2. Suppose the solutions contained 0.3181 g of magnesium sulfate 1.000 g of barium nitrate. a) Calculate the number of moles of each reactant. (Show your work) b) Determine the limiting reactant for the precipitate. (Show your work) c) Calculate the theoretical yield for the precipitate. (Show your work)
Question 7 (2.5 points) Consider the following pair of molecules. Which spectroscopy technique would most-readily allo differentiation between the compounds? and IR Spectroscopy None of the above. Mass Spectrometry OUV-Vis Spectroscopy NMR Spectroscopy