Explanation :
A. Instructions for protein synthesis and cell reproduction; contains genetic information - <u>Nucleus </u>
B. Intracellular compartment forms transport vesicles; participates in lipid synthesis and synthesis of membrane or secreted proteins - <u>Endoplasmic reticulum</u>
C. Packages proteins for export from cell; forms secretory vesicle -<u> Golgi apparatus.</u>
D. Digest worn-out organelles and cell debris; digest material taken up by endocytosis -<u> lysosomes</u>
E. ""Power plants"" of the cell; sites of oxidative metabolism - <u>Mitochondria</u>
F. Sites of photosynthesis<u> - chloroplasts</u>
G. Regulates water levels in plant cells <u>- vacuole</u>
H. Used in break down of fats and contains the enzyme catalase - <u>peroxisome</u>
Prokaryotic protein synthesis can be fairly fast because one gene can be transcribed and translated simultaneously. Eukaryotic synthesis is slower, but more precious. They can "check" the mRNA before it is translated into protein.
Answer:
asexual reproduction
Explanation:
because every single organism in the species is the exact same genetically, there is no variation between them.
Looking at the food chain & relationships between organisms can give you a good idea of theoretical cause and effects.
For example:
Starfish are the natural predators of the mussel. If the starfish, that eat the mussels, were to be taken out of the picture: there would most likely be a higher population of mussels.
Answer:
Fox, whale, lion and eagle.
Explanation:
They only eat meat