Q. Reduction can be explained as

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Q. Oxidation always takes place at the electrode

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Q. An agent after oxidizing the other substance gets itself reduced is called

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Q. The increase in oxidation number is called

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Q. The amount of solute and solvent can be expressed in percentage composition in different ways

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Q. 5g of glucose is dissolved in 100 cm³ of solution. The percentage of solution is

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Q. The total volume of the solution may not be equal to the sum of volumes of solute and the solvent in

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Q. It is the part by mass of solute dissolved per 100 parts by mass of solution

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Q. Quantity of solute and solvent can be expressed by mass in grams or volume in

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Q. Concentration in g/dm³ =

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Q. The amount of solute dissolved in one unit of solvent or solution is called

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Q. If 9.8ml of H₂SO₄ is present in one dm³, the solution is

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Q. The amount of product obtained in a chemical reaction is called

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Q. The efficiency of a chemical reaction can be checked by calculating its

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Q. The amount of product obtained or calculated from balanced chemical equation is called

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Q. The reasons for less experimental yield than theoretical yield are

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Q. The experimental yield is always than theoretical yield

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Q. The amount of product which is really obtained in a chemical reaction is called

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