Answer:
i labelled the diagram . kindly check the attached file for detail
Explanation:
Explanation:
A steady supply of energy is needed by cells for all body functions. Carbohydrates, proteins, and lipids provide this energy. Chemical bonds in molecules of these nutrients contain energy
Answer:
A molecule with 35 percent
Explanation:
With more bonds, more heat is required to break the bonds. Hence more heat is required to break C:G with three bonds compared to A:T with two bonds.
Since A:T are bonded, likewise, C:G, they will have the same proportion in DNA, i.e. a molecule with 16 percent A will also have 16 percent of T. This means that A:T is 32% (16+16).
If A:T is 32%, the other bases will be 100% - 32% = 68%
So, C:G will be 68%.
Recall that C:G will also have equal proportion.
Therefore the proportion of C is 68/2=34% (same as G).
Recall that A:T is joined by two bonds and C:G is joined by three bonds.
In option D, 35% G means that C:G is 70% and A:T is 30% (100%-7-%).
Hence a molecule with 70% of C:G will require more heat than that with 68% C:G.
The correct answer for the question that is being presented above is this one: "c. exocytosis." The cell transport process that is opposite of the three pictured is called exocytosis. It <span>is a process in which an intracellular vesicle moves to the plasma membrane and subsequent fusion of the vesicular membrane and plasma membrane ensues.</span>
A plant cell has a rectangular shape. Therefore it is easier to build a cell wall for the plant. The cell wall is very rigid so it forces the cell to have a more defined shape. The structure of the plant cell reflects its functions by helping the plant make a cell wall. Hope this helps!
