Answer:
a) when cells are small the movement of food and waste can be efficiently handled by the cell membrane
Explanation:
Cells need to get their nutrients and waste in and out of their cell membrane every quickly. Cells are hard workers anyway! The other options also don't make much sense. The cell shape doesn't mean much to their function, and size doesn't impact shape. The cell's internal parts (mitochondria, vacuole, etc) don't support the cell membrane, they have their own functions to focus on. Cells don't work together in tissue but they can interact with each other when needed.
By the end of the day you know how much each group ate, and you compare it with the control. ... In conclusion, Control is important because without it you'd have no way to understand the results after an experiment happened.
These are 40 words.. I tried :D
Okay, so first question is about the name of the process. It is called translation, at least I think this is what should be included in the answer. More specifically, it is elongation phase. Translation is basically transformation of genetic information (in the form of mRNA) into the protein chain - very crucial process for living creatures because proteins build their bodies and regulate their functioning in every single aspect. Elongation consists of linking aminoacids and, as a result, creating the protein chain - ribosomes are building new peptide bonds.
Next question is about identifying the diagram. In my opinion, the correct answers are:
1. mRNA (messenger RNA) - the main instruction for the ribosomes
2. Ribosome (large subunit) catalyzing a reaction of protein synthesis
3. Amino acid waiting to be linked to the remaining three on the left
4. Peptide consisting of 3 amino acids
5. tRNA - (transporting RNA molecule) transports amino acids to the ribosomes pocket.
The answer should be <span>Carl Linnaeus</span>
The answers are chemotaxis and opsonization. Hope this helps :)
