The answer is A.
Nucleotide sequences are our genetic messages that allow cells to build proteins (aka polypeptides). When the sequence changes, the genetic code can be altered, and therefore the outcome of protein translation can be changed.
B is wrong because the gene change may not even affect the protein, and even if it does, it may not even have a measurable effect on the organism. And it's unlikely that one gene change will change an animal into a different animal.
C is wrong because there's literally entire fields of genetic biology/microbiology dedicated to this subject.
D is wrong because wtf does it even mean? And yes, change in your genetic code can have impact. It's more or less how cancer happens.
Answer:
here's the proof
Explanation:
x-1=0
x=1
so
f(x)=x⁴-2x³+x²-x+1
f(1)=1⁴-2.1³+1²-1+1
f(1)1-2+1-1+1
f(1)=2-2
f(1)=0
as we know When f(c)=0 then x−c is a factor of f(x)
hence x-1 is a factor of x⁴-2x³+x²-x+1
<h2>proven</h2>
Answer:
The advantage of having one major product like this is the ability of the government to fully focus on it and ensure that the yield and quality are boosted through various experiments and technological innovations.
The disadvantage is that if anything goes wrong such as an outbreak of disease associated with cotton then the economy will be greatly diminished as a result of low yield and less GDP which will affect the government and people.
Answer: It is the weight of air molecules pressing down on the earth.
Explanation: Without air, then their would be no living creatures roaming around on earth.
Shane O'Neil is in first place but second comes Nijah Huston so Nijah Huston
