salts contain definite number of water molecules in their crystalline structure.

Hydrated

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Anhydrous

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Carbonated

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Solution

The correct option is A Hydrated
A hydrated salt contains a definite number of water molecules loosely incorporated into its crystalline structure.

For example, copper sulphate $(C u S O_{4} .5 H_{2} O)$ is a hydrated salt. It has five molecules of water as 'water of crystallisation'.

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5g of crystalline salt rendered anhydrous; lost 1.8g of water. The formula weight of the anhydrous salts is 160. The number of water molecules of crystallization is:

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g of crystalline salt, when rendered anhydrous, lost

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Q. Water of crystallization is the fixed number of water molecules chemically attached to a unit of a salt in its crystalline form.

5g of crystalline salt rendered anhydrous; lost 1.8g of water. The formula weight of the anhydrous salts is 160. The number of water molecules of crystallization is:

5g of crystalline salt rendered anhydrous; lost 1.8g of water. The formula weight of the anhydrous salts is 160. The number of water molecules of

crystallization is

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salts contain definite number of water molecules in their crystalline structure.

The correct option is A HydratedA hydrated salt contains a definite number of water molecules loosely incorporated into its crystalline structure. For example, copper sulphate (CuSO4.5H2O) is a hydrated salt. It has five molecules of water as 'water of crystallisation'.

The correct option is A Hydrated
A hydrated salt contains a definite number of water molecules loosely incorporated into its crystalline structure.

For example, copper sulphate $(C u S O_{4} .5 H_{2} O)$ is a hydrated salt. It has five molecules of water as 'water of crystallisation'.