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Classify the following solids into four ...

Classify the following solids into four categories based on intermolecular forces of interaction.
Caesium chloride, Solid carbon disulphide , Bronze ,Boron nitride, Washing soda , Carborundum , Corrudum , Solid `NH_3`, Solid camphor , Silver , Silica

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To classify the given solids into four categories based on intermolecular forces of interaction, we will analyze each solid and determine the type of bonding present. The four categories are: 1. Ionic solids 2. Covalent solids 3. Metallic solids 4. Molecular solids Let's classify each solid step by step: ...
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Classify the following solids in different categories based on the nature of intermolecular forces operating in them: ltbr. Potassium sulphate, tin, benzene, urea, ammonia, water, zinc sulphide,graphite, rubidium , argon, silicon carbide.

Classify the following solids in different categories based on the nature of intermolecular forces operating in them: ltbr. Potassium sulphate, tin, benzene, urea, ammonia, water, zinc sulphide,graphite, rubidium , argon, silicon carbide.

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Write the balanced chemical equations for the following reactions and identify the type of reaction in each case. (a) Iron (III) oxide reacts with aluminium and gives molten iron and aluminium oxide. (b) Magnesium ribbon is burnt in an atmosphere of nitrogen gas to form solid magnesium nitride. (c) Chlorine gas is passed in an aqueous potassium iodide solution to form potassium chloride solution and solid iodine. (d) Ethanol is burnt in air to form carbon dioxide, water and releases heat.

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(a) Based on the nature of the intermolecular foces, classify solids benzene and silver. (b) AgCl shows frenkel defect while NaCl does not. Give reason. (c) What type of semi-conductor is formed when Ge is doped with Al ?

(a) Based on the nature of the intermolecular foces, classify solids benzene and silver. (b) AgCl shows frenkel defect while NaCl does not. Give reason. (c) What type of semi-conductor is formed when Ge is doped with Al ?

Write a balanced chemical equation for each of the following reactions and also classify them. (a) Lead acetate solution is treated with dilute hydrochloric acid to form lead chloride and acetic acid solution. (b) A piece of sodium metal is added to absolute ethanol to form sodim ethoxide and hydrogen gas. (c) Iron (III) oxide on heating with carbon monoxide gas reacts to form solid iron and liberates carbon dioxide gas. (d) Hydrogen sulphide gas reacts with oxygen gas to form solid sulphur and liquid water.

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