The option to feel out every sentense are: cell wall, increasing, chloroplasts,
ID: 92387 • Letter: T
Question
The option to feel out every sentense are: cell wall, increasing, chloroplasts, hypotonic, hypertonic, cytokinesis, plasmolysis, and decreasing
In an isotonic solution in animal cells, there is no net movement of water.
An animal cell in a ____________ solution may lyse or burst open.
An animal cell in a ____________ solution will shrivel up or crenate.
Plant cells react differently to osmotic changes due to the presence of the ____________ , a structure that animal cells lack.
For a plant cell in a ____________ solution, vacuoles fill with water, ____________ turgor pressure.
For a plant cell in a ____________ solution, the cytoplasm shrinks causing ____________ and ____________ turgor pressure.
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The opcions to fell our the following sentenses are: mitochondria, chloroplasts, ATP, passive, against, carrier, small, receptor, large, with, and active
In contrast to ____________ transport, ____________ transport requires energy for molecules to pass through cell membranes.
This might occur when molecules need to move ____________ a concentration gradient, as is the case of thyroid cells where iodine collects in ____________ concentrations.
This type of transport requires both chemical energy in the form of ____________ and ____________ proteins.
Cells involved in this type of transport often have high numbers of ____________ in order to facilitate this process.
Explanation / Answer
In an isotonic solution in animal cells, there is no net movement of water.
An animal cell in a hypotonic solution may lyse or burst open.
An animal cell in a hypertonic solution will shrivel up or crenate.
Plant cells react differently to osmotic changes due to the presence of the cell wall , a structure that animal cells lack.
For a plant cell in a hypotonic solution, vacuoles fill with water, increasing turgor pressure.
For a plant cell in a hypertonic solution, the cytoplasm shrinks causing plasmolysis and decreasing turgor pressure.
In contrast to passive transport, active transport requires energy for molecules to pass through cell membranes.
This might occur when molecules need to move against a concentration gradient, as is the case of thyroid cells where iodine collects in large concentrations.
This type of transport requires both chemical energy in the form of ATP and carrier proteins.
Cells involved in this type of transport often have high numbers of mitochondria in order to facilitate this process.