Answer:
Caterpillars are in a semi-hibernation phase
Explanation:
During winter caterpillars dehydrate themselves and generate a cryoprotectant that flows in their circulatory system (i.e., hemolymph) to avoid water freezing, thus preventing tissue damage. For example, <em>Pyrrharctia Isabella</em> (Lepidoptera, Erebidae), a caterpillar common in North America, can survive 1 week at −20°C. This condition is known as 'semi-hibernation' and it ends when the first temperate days arrive.
Basically it involves translations:
Once you have your mRNA (which now only has exons) it then binds with rRNA (ribosomal RNA)
It reads a start codon, and then the tRNA reads a complimentary anticodon which codes for a specific amino acid.
Essentially the amino acids then interact elongate, and then you have a long chain of amino acids (primary structure of a protein)
Then there is a lot of folding, di-sulfide bridges and other interaction that then make the amino acids into a protein like haemoglobin (red blood cell)
Answer:
Because of water's polarity it can dissolve other polar substances very easily. Basically, when a polar substance is put in water, the positive ends of its molecules are attracted to the negative ends of the water molecules, and vice versa. This attraction causes the the molecules of the other substance to mix with the water.
The correct answer to this question is for a fact true!
When and why this happens is because the members of that population get desperate (like limited supply of food, water, mates, or even habitats) so at that point of the situation all the creatures of that population are so desperate that they are willing to do everything and anything to survive. And then it becomes competition. That's one of the things that these 2 phrases are used for mainly:
"Every man is for himself"
"Survival for the fittest"
That is the answer to your question! If you need help with any other questions, just let me know and i will do my best to help you!
Hope this helps!! :-)