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State whether each of the following substances is likely to be very soluble in water. Explain.

(a) Lithium nitrate

(b) Glycine (H2NCH2COOH)

(c) Pentane

(d) Ethylene glycol(HOCH2CH2OH)

Short Answer

Expert verified

(a) Lithium nitrate is soluble in water

(b) Glycine (H2NCH2COOH) is soluble in water

(c) Pentane is insoluble in water

(d) Ethylene glycol (HOCH2CH2OH) is soluble in water

Step by step solution

01

Determination of the solubility of Ionic compounds in water

The ionic compounds and the water molecules are polar in nature therefore both attract each other by the force of attraction.

Most ionic compounds dissociate and dissolve in water easily but if the force of attraction between ions of the ionic compound is stronger than the attraction force of water then its ionic bond does not dissociate and hence, these types of ionic compounds become water-insoluble.

02

Predict the solubility of lithium nitrate in water

Lithium nitrate is soluble in water because it is an ionic compound and polar in nature. It dissociates into ions on dissolving in water.

03

Determine the solubility of glycine in water

Glycine H2NCH2COOH is soluble in water because it is a covalent compound and it contains polar hydrogen bonds in its molecular structure. Since water is also a polar molecule, it is soluble in water.

04

Determine the solubility of pentane in water

Pentane is insoluble in water because it is a non-polar compound since it does not contain any polar bonds in its structure. Hence it does not dissociate into ions in the presence of polar solvents.

05

Determine the solubility of ethyl glycol in water

Ethylene glycol HOCH2CH2OH is soluble in water because it contains a polar O-Hbond. As the molecule is itself polar it dissolves in polar solvents like water.

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Most popular questions from this chapter

When either a mixture of NO and Br2 or pure nitrosyl bromide (NOBr) is placed in a reaction vessel, the product mixture contains NO, Br2, and NOBr. Explain.

A reaction cyclefor an element is a series of reactions beginning and ending with that element. In the following copper reaction cycle, copper has either a 0 or a _2 oxidation state. Write balanced molecular and net ionic equations for each step in the cycle.

(1) Copper metal reacts with aqueous bromine to produce a green-blue solution.

(2) Adding aqueous sodium hydroxide forms a blue precipitate.

(3) The precipitate is heated and turns black (water is released).

(4) The black solid dissolves in nitric acid to give a blue solution.

(5) Adding aqueous sodium phosphate forms a green precipitate.

(6) The precipitate forms a blue solution in sulfuric acid.

(7) Copper metal is recovered from the blue solution when zinc metal is added.

Predict the product(s) and write a balanced equation for each of the following redox reactions:

(a) Pentane (C5H12) + Oxygen โ†’

(b) Phosphorus trichloride + Chlorine โ†’

(c) Zinc + Hydrobromic acid โ†’

(d) Aqueous Potassium iodide + Bromine โ†’

(e) Write a balanced net ionic equation for (d).

A chemical engineer determines the mass percent of iron in an ore sample by converting the Fe to Fe2+ in acid and then titrating the Fe2+ with MnO4-. A 1.1081-g sample was dissolved in acid and then titrated with 39.32mL of 0.03190M KMnO4. The balanced equation is

8H+(aq)+5Fe2+(aq)+MnO4โˆ’(aq)โ†’5Fe3+(aq)+Mn2+(aq)+4H2O(l)

Calculate the mass percent of iron in the ore.

8NH3(g)+6NO2(g)โ†’7N2(g)+12H2O(l)Identify the oxidizing agent and the reducing agent in the following reaction, and explain your answer:

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