Answer:
This statement is not correct because the Na+ equilibrium potential remains the same, it is only depends on concentration gradient.
Explanation:
Na+ influx will increase, but Na+ equilibrium potential will not change because the concentration of K+ ions are high inside the membrane and that of Na+ ions are high too outside the membrane. Membrane potential will be generated that helps in the diffusion of the ions through the pore in both in and outside of the cell. When the concentration of Na+ ions increase, Na+ ions diffuse from outside to the inside of the cell therefore increase the influx
Answer:
I think answer d
Explanation:
hawk will come. because when energy transformed it reduced by 10 but when toxic substance transformed it goes fully to the next level
Answer:
The body has the ability to detect change, activate mechanisms that oppose it, and maintain relatively stable internal conditions
Explanation:
Homeostasis is a key phenomenon to the survival of any living organism. It refers to the ability of an organism to maintain a stable internal condition irrespective of changes in its external environment. The organism's body uses physiological means to adjust to external changes and strike a balance.
Hence, according to the question, the option that accurately describes homeostasis is: The body has the ability to detect change, activate mechanisms that oppose it (physiologically), and maintain relatively stable internal conditions.
Answer:
D. No, because the first atmosphere contained very little oxygen.
Explanation:
<span>b. signal sequence must target it to the ER, after which it goes to the golgi
</span>