Next time remember to put in the option of the question, luckily for you I can see trough computers. If I'm correct the answer to your question is C. I can't be completely right without any sort of picture though.
Lysogenic Infection is a viral nucleic acid in inserted in the host DNA, and is copied with it, and is passed down into the daughter cells, which the Lytic Infection enters a bacterial cell, copies itself, and causes the cell to burst
Answer:
Option C "trabeculae
" would be the correct choice.
Explanation:
- Reasonably assume that you sometimes compress and then get into their shoulder, and then through the bones tissue or cells at either the bottom of each femur (the biggest or strongest bone throughout either leg).
- At either the edges of spongy bone, including the femur, the bones still aren't solid, although riddled with holes attached through thin rods as well as sheets of bone cells identified as trabeculae.
The remaining four solutions are not relevant to the situation in question. It is the right approach to the above.
Answer:
The cells that make up the xylem are adapted to their function: They lose their end walls so the xylem forms a continuous, hollow tube. They become strengthened by a substance called lignin . Lignin gives strength and support to the plant.
<h2>Hope it helps you.</h2>
The answer should be 1, hypertonic.
Seawater is highly concentrated in salt, and with that being said, it has a low concentration of water molecules.
Hypertonic means the solution has a lower water concentration than the other side (cell), vice versa for hypotonic, a high water concentration than the other side of the solution, and for isotonic, it means that both sides of the solution have the same water concentration.
So, the answer should be 1, hypertonic.
In addition, when your cells are exposed to hypertonic solution, the water molecules in your cells will start flowing out of the cells, to the outside, due to the difference in water concentration leading to osmosis. Your cells will lose so much water that they may even shrink!