Many cells face serious difficulty living in a hypotonic environment and adapt in various ways to prevent cytolysis due to excessive water movement. Plant cell walls are one such adaptation to osmosis. By applying pressure in the form of turgor pressure on the inside of the wall, plants can prevent further movement into the plant and thus avoid cytolysis. A particular plant cell is placed in an open container of water containing a 0.75 M solution of sucrose at 20°C. Calculate the turgor pressure required to allow the plant to be at equilibrium with the environment and prevent water entry into the plant cell.

Human Anatomy & Physiology (11th Edition)
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Many cells face serious difficulty living in a hypotonic environment and adapt in various ways to prevent cytolysis due to excessive water movement. Plant cell
walls are one such adaptation to osmosis. By applying pressure in the form of turgor pressure on the inside of the wall, plants can prevent further movement into
the plant and thus avoid cytolysis.
A particular plant cell is placed in an open container of water containing a 0.75 M solution of sucrose at 20°C.
Calculate the turgor pressure required to allow the plant to be at equilibrium with the environment and prevent water entry into the plant cell.
Transcribed Image Text:Determining Turgor Pressure in a Plant Cell in Sucrose | 1 of 1 Moderate Previous Next Many cells face serious difficulty living in a hypotonic environment and adapt in various ways to prevent cytolysis due to excessive water movement. Plant cell walls are one such adaptation to osmosis. By applying pressure in the form of turgor pressure on the inside of the wall, plants can prevent further movement into the plant and thus avoid cytolysis. A particular plant cell is placed in an open container of water containing a 0.75 M solution of sucrose at 20°C. Calculate the turgor pressure required to allow the plant to be at equilibrium with the environment and prevent water entry into the plant cell.
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