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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Q. the weight of anhydrous salt is 54.4gm ,then the weight of water in crystalline salt is 45.6gms then what is tha weight of water in crystalline salt if the weight of the anhydrous salt is 258 gms ?also find the number of molecules of water of crystallisation ?

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:

5

g of crystalline salt, when rendered anhydrous, lost

1.89

g of water. The formula weight of anhydrous salts is

160

. The number of molecules of water of crystallisation in the salt is:

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:

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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'.