Answer:
Look below.
Explanation:
You could solve this by using a punnett square. I tried my best to repicate a punnett square below but look up punnett squares for more reference.
y y
----------------------------------------------------
r / yr / yr /
/ ---------------------/--------------------------- /
r / yr / yr /
-----------------------------------------------------
The probability of the phenotype being yr is 100% meaning that the phenotype would be yr which could be either yellow or red.
My guess would be mRNA or RNA but I'm not too sure about this question, sorry.
Answer:
The type of mutation that occurs when in the DNA strand there is a change from guanine to cytosine is a nonsense mutation, since the triplet that should encode the amino acid encodes a stop codon and the protein cannot be completely synthesized.
Explanation:
The nonsense mutation consists of a change in one of the bases of the stranded DNA, which is transcribed into an altered mRNA, producing a stop codon, instead of an amino acid.
In the table it is observed that the CCA codon is a stop codon that cuts off the protein synthesis prematurely, leaving it incomplete and probably non-functional.
Sometimes this type of mutation can alter the sequence of amino acids but the protein may be complete enough to partially fulfill its function.
Answer:
Basic Research
Explanation:
The initial discovery and analysis of the Lake Vida bacteria allowed them to be classified thereby leading to an understanding of their basic metabolic processes.
Although ,the introductory passage suggested several ways that this could lead to applied research by allowing the development of new products.
Conclusively, the research is a basic in nature because it gave a better understanding of the natural world.
Answer:
Chemical energy, Energy stored in the bonds of chemical compounds. Chemical energy may be released during a chemical reaction, often in the form of heat; such reactions are called exothermic. Reactions that require an input of heat to proceed may store some of that energy as chemical energy in newly formed bonds.
