Question

Aim
To study diffusion when copper sulphate is brough in con-
tact with water (liquid)​

Answer 1

Answer:

To study diffusion when copper sulphate is brought in contact with

To study diffusion when copper sulphate is brought in contact with water (liquid).

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few minutes.

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few minutes.  Note the development of blue colour in water.

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few minutes.  Note the development of blue colour in water.  Allow to stand further till it is observed that all copper

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few minutes.  Note the development of blue colour in water.  Allow to stand further till it is observed that all copper sulphate disappears.

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few minutes.  Note the development of blue colour in water.  Allow to stand further till it is observed that all copper sulphate disappears.  Note the blue colour change in water.

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few minutes.  Note the development of blue colour in water.  Allow to stand further till it is observed that all copper sulphate disappears.  Note the blue colour change in water. Conclusion

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few minutes.  Note the development of blue colour in water.  Allow to stand further till it is observed that all copper sulphate disappears.  Note the blue colour change in water. Conclusion When solids such as copper sulphate are brought in contact with

To study diffusion when copper sulphate is brought in contact with water (liquid). Requirements Copper sulphate (CuSO4) crystals, 100 mL beaker Procedure  Take about two grams of copper sulphate crystals in 100 mL beaker.  Add about 50 mL of water and allow it to stand for few minutes.  Note the development of blue colour in water.  Allow to stand further till it is observed that all copper sulphate disappears.  Note the blue colour change in water. Conclusion When solids such as copper sulphate are brought in contact with liquids such as water, intermingling of substances, i.e., diffusion

takes place.

Explanation:

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Answer 2

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