Answer:
the answer is selective permeability
Explanation:
A membrane that has selective permeability allows only substances meeting certain criteria to pass through it unaided. In the case of the cell membrane, only relatively small, nonpolar materials can move through the lipid bilayer (remember, the lipid tails of the membrane are nonpolar).
Answer:
A guy with a harpoon
Explanation:
most likely the guy with a harpoon would win because they would be above the shark instead of at eyelevel. if the person were to be above the shark they would be able to see where to throw it better and the shark wouldn't be able to see the person as well.
Answer: The enzyme responsible for maintaining the constant length of chromosomes in sperm and eggs is <u>telomerase</u>.
Answer:
All cells require at least some of the molecular machines that you see in the video above, Engineering is one field where information about how physics and chemistry are used to create machines that use coded information to control their functions, Biology is the other. There are no other known systems that use coded information to do anything at all. And of course our genetic code causes the construction of programmable metabolic pathways that allow cells to adapt to their environment in real time, and epigenetics pathways that allow long term adaption. We don't compare biology to human engineered technology out of laziness but because it's the only known comparable phenomenon.
<h2><em><u>Hopes</u></em><em><u> </u></em><em><u>it's</u></em><em><u> help</u></em><em><u> u</u></em><em><u> dear</u></em><em><u> </u></em></h2>
The significance of large wall arteries having an abundant supply of elastic fiber is it expand to accommodate this high pressure, then recoil to their original shape to move the blood along.
<h3>Significance of Wall of Large Arteries</h3>
The significance of large wall arteries is large arteries receive large amounts of blood with tremendous pressure so the elastic fibers allow these vessels to expand to accommodate this high pressure, then recoil to their original shape to move the blood along.
Read more on Large Wall Arteries:
brainly.com/question/9459208
#SPJ1