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Question - explain why particles of a colloidal solution do not Settle Down When left undisturbed.
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Question -
Explain why particles of a colloidal solution do not Settle Down When left undisturbed.
Answer :
In Akola idle solution the colloidal particles are small and they are being continuously hit upon by the molecule of dispersion medium. It is very unlikely that the dispersed phase particle or colloidal particle will be hit upon by an equal force from all the sides. Therefore colloidal particles execute zigzag motion called Brownian movement. Because of this that colloidal particles do not settle down under the influence of gravity.
Explain why particles of a colloidal solution do not Settle Down When left undisturbed.
Answer :
In Akola idle solution the colloidal particles are small and they are being continuously hit upon by the molecule of dispersion medium. It is very unlikely that the dispersed phase particle or colloidal particle will be hit upon by an equal force from all the sides. Therefore colloidal particles execute zigzag motion called Brownian movement. Because of this that colloidal particles do not settle down under the influence of gravity.
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✌️✌️ hey mate,
➡️The particles of collide are smaller than that of the particles of suspension,
hence, they don't settle down like suspension when left undisturbed.
thanks...
nice to help you ✌️✌️
➡️The particles of collide are smaller than that of the particles of suspension,
hence, they don't settle down like suspension when left undisturbed.
thanks...
nice to help you ✌️✌️
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