Answer:
C. Water will flow into and out of the cell, but the overall net movement will be into the cell.
Explanation:
In a hypotonic solution, the concentration of water outside the cell is higher than inside the cell and the concentration of the solute is lower than inside the cell, therefore, water will flow in and out of the cell but the net movement of water will be from area having higher water concentration to lower concentration.
That means the net movement of water will be into the cell if a cell is placed into the hypotonic solution. Water moves in and out of a cell by the process called osmosis which is a type of diffusion.
This movement of water into the cell will swell cell and the cell can burst if it is not protected by a cell wall. Therefore the right answer is C.
<span>The pressure generated during contraction of the atria is less than that generated during contraction of the ventricles.The reason is the different distance from the artria to ventricles and the distance from ventricles to circulatory system.
</span>The distance from atria<span> to </span>ventricles<span> is </span>less than<span> that from </span>ventricles<span> to circulatory system.</span>
It is choice d because the original sequence is ACTGGAT whereas in choice d it is AGGAT because you removed the second and third bases (CT)
Answer:Question 1 is false, Question 2 is No, Question 3 is an area might have good air quality... so on
Explanation:
During dehydration synthesis, an enzyme removes a OH group from the monomers and a H from another, linking monomers to form a covalent bond and one molecule of water.
<h3>What is dehydration synthesis?</h3>
Dehydration synthesis is a chemical reaction that generates water as a byproduct and a new chemical bond between two monomers.
During this reaction synthesis, hydrogen (H) atoms in a monomer interact together with the OH group of another.
In conclusion, during dehydration synthesis, an enzyme removes a hydroxyl group from the monomers and a hydrogen from another, linking monomers together to form a covalent bond. This chemical reaction also forms one molecule of water.
Learn more about dehydration synthesis here:
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