Osmosis Problem: Plant Cell Mass & Flaccidity

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SUMMARY

The discussion confirms that when the concentration of sucrose solution outside a plant cell increases, the plant cell will indeed become flaccid and lose mass. This occurs because the water potential inside the cell is higher than that of the surrounding solution, leading to water moving out of the cell via osmosis. Consequently, the loss of water results in a decrease in the cell's mass.

PREREQUISITES
  • Understanding of osmosis and water potential
  • Knowledge of plant cell structure and function
  • Familiarity with sucrose solutions and their effects on cells
  • Basic principles of concentration gradients
NEXT STEPS
  • Research the process of osmosis in plant cells
  • Explore the concept of water potential in biological systems
  • Learn about the effects of different solute concentrations on plant cell turgor
  • Investigate the role of sucrose in plant physiology
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Students of biology, plant physiologists, and anyone studying cellular processes related to osmosis and plant cell behavior.

ruby_duby
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hi
am i right in saying that if the concentration of sucrose solution becomes more concentrated outside a plant cell, then the plant cell will become flaccid and decrease in mass?
Please help need to know urgently
thank you
 
Biology news on Phys.org
water potential is higher in the cell so water moves out by osmosis, water is lost from cell and therefore mass is lost to the outside environment.
 

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