Answer:
1. Nucleolus- inside of the nucleus, makes ribosomes
2. Rough Endoplasmic Rectilium(Rough ER)- synthesizes proteins, has sibosomes
3. Smooth Endoplasmic Rectilium(Smooth ER)- does not have ribosomes, produces protein and lipid(fat)
4. Vacuole- stores water, sugar, and pigment
5. Chloroplast- photosynthesis happens here
6. Cell Wall- provides support
7. Membrane- controls what goes in and out of the cell
8. Mitochondria- power house of the cell, produces power from chemical energy
9. Golgi Bodies- Prepares proteins and lipids for the inside an outside of the cell
10. Ribosome(the little black dots)- attaches to Rough ER, transfer RNA to protein(protein synthesis),
Answer: <em>C. Volume Excess</em>
Explanation:
Patients with impaired kidney function or renal failure, usually suffer from an excess volume of water in their bodies, because the urinary output they have is decreased and in some cases absent. Water excess starts accumulating on the circulatory system, and then it diffuses into the soft tissues of the body.
They also suffer from electrolytic disorders.
Answer:
b. In the electron transport chain, a series of reactions moves electrons through carriers.
d. Coenzyme Q and cytochrome c are components of the electron transport chain.
Explanation:
Electron transport chain, commonly known as ETC, is the third process that occurs in aerobic (oxygen needed) cellular respiration. It is the process whereby electrons move across molecules in a series of redox (reduction & oxidation) reactions.
The aim of the ETC is to create a proton pump that will generate power for the synthesis of ATP, which alongside water, is the end product of the process. The Electron transport chain includes protein complexes and electron carrier molecules. Coenzyme Q, also known as Ubiquinone, and Cytochrome C as mentioned in the options are part of the complexes that makes up the transport chain.