<u>Answer:</u>
<u>Haploid cells join to form an organism that has a complete set of chromosomes is the correct answer.</u>
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<u>Explanation:</u>
<u>In the fertilization process two haploid cells sperm fuse with an egg which results in the formation of a diploid cell.</u>
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<u>meiosis produces haploid cells rather than diploid cells because in Meiosis the chromosome number gets reduced.</u>
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<u>In the Meiosis process the number of chromosomes in the daughter cells gets reduced to half than of the parent cell and this process results in the formation of four haploid daughter cells</u>
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<u>So Haploid cells join to form an organism that has a complete set of chromosomes is the correct answer.</u>
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<span>
The answer is C. During one of his explorations, naturalist
Charles Darwin reached the Islands of the Galapagos. He observed that there are
the same species of animals on different islands, but have noticeable
differences. He found in Galapagos, that there were finches, a type of bird,
with different type of beaks. Birds used their beaks to acquire food. It led
him to discover that species developed over time to fit their way of life in
surviving and getting their food.
</span>
Answer:
In the analysis, it is necessary to have into account the characteristics of each of these amino acids:
Lysine (Lys) and arginine (Arg) are charged (basic) amino acids. On the other hand, glycine is an amino acid generally found in the surface of proteins. Finally, methionine (Met) is known to have both polar and non-polar properties
.
The codons involved in the formation of these amino acids are:
Methionine: ATG (start codon)
Leucine: CTT; CTC; CTA; CTG
Arginine: CGT; CGC; CGA; CGG
Glycine: GGT; GGC; GGA; GGG
