To stop the water diffusing through the osmosis barrier, Osmotic pressure can be thought of as essential pressure. OR it refers to how difficult it would be to push water through a membrane to diffuse on the other side. The osmotic pressure is determined by solute concentration, water will hard to diffuse to the area of high concentrations of solutes in the low concentration area. In fact, osmotic pressure is not the desire of water, but there is an extension of the natural law that all matter will be distributed randomly over time. When the substance concentration is dissimilar in two areas and areas are interacting with each other, then due to the random motion of the particles, the matter or substance will cause the diffuse of the entire area until it becomes equal.
Through a semi-porous film, osmosis is the specific diffusion of water. So on account of osmosis, the solutes can't move since they can't go through the membrane. Be that as it may, the water can move, and it does go or pass through the film to a higher solute concentration area. It can cause the entire volume of a water change on each side of the membrane. The membrane side with additional solutes may finish up with considerably more water; it can cause problems like cell dehydration or burst.
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