It's hard to say which kind of liquid is the first one.. I think it's a virus (but it also kinda looks like water though!)
1. A = either water or a virus
B = Blood
C = Bacteria
D = Water/Virus and Bacteria
2.The mouse dies after being injected with substance B and D and lives after injected with substance A and C
3. I think that if you inject the mouse with a different blood type it will not survive, just like with humans the blood will clot which can cause veins to close.
And I think with the last one; if you have a virus or caught a bacterial infection you would create anti-bodies/white blood cells to defend the body and be resistant to them. But when you combine them the virus will take the bacteria as a "host" to make more virus cells and if you don't take antibiotica (like in the mouses case) eventually he would get really sick.
Hope these are the awnsers you are looking for : )
The Golgi<span> complex works closely with the rough </span>ER. When a protein is made in theER<span>, something called a transition vesicle is made. This vesicle or sac floats through the cytoplasm to the </span>Golgi apparatus<span> and is absorbed.</span>
Prokaryotic cells have no nucleus.
Bacteria are an example of a prokaryotic cell.
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❖ Protein is assembled on the ribosomes of the cell.
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A flaccid cell is a cell which is not plasmolysed or swollen. The plasma membrane of such cells are not tightly pressed against the cell wall. Molarity refers to the concentration of the solution in terms of number of moles of solute per liter of solution. if the initial molar concentration of the cytoplasm of a plant cell is 1.3M and the solution surrounding the cell has a concentration of .3M. If the plant cell is initially flaccid, the molarity of the cell's cytoplasm will decrease.
