The matter can be classified in two different ways; (a) according to its state, and (b) according to its composition. Matter can exist in three different states, solid, liquid, and gas, based on the way the atoms and molecules are arranged inside them.
Answer:
I believe the correct order of the eukaryotic gene expression, from beginning to end would be: (4), (1), (3), and then (2).
Explanation:
This is because in order to make RNA, you must have a "template," or DNA. (4) The DNA is then copied. (1) the mRNA is then transported out of the nucleus and into the cytoplasm where it is connected to ribosomes. (3) The mRNA is now in the ribosomes, so the ribosomes translate the mRNA and all the thymine bases would be replaced with uracil to make proteins. (2)
Hope this helps,
♥<em>A.W.E.</em><u><em>S.W.A.N.</em></u>♥
<h2>Answer:</h2>
The correct answer is option C. And the full statement is:
The end product of transcription is <u>__mRNA___</u> and the end product of translation is _<u>_Proteins_</u>__.
<h3>Explanation:</h3>
- Translation and the transcription are the two main process of central dogma of life.
- DNA is the nucleotide sequence for the protein production. In this process DNA is first converted to RNA and then RNA moves to the cytoplasm for the production of proteins in the ribosomes.
- So the transcription is process in which DNA is converted into mRNA in the cytoplasm.
- In cytoplasm production of proteins by the mRNA is known as translation.
Answer:
The high yielding property of a plant species would be most useful for meeting the scientists’ goal.
Explanation:
In selective breeding, we develop a new variety by crossing a wild specie with the domestic growing variety in order to achieve the characteristic which is present only in wild specie. So with the help of selective breeding, this characteristics is transferred to the offspring. The main goal of scientist is to produce such variety which produces maximum yield and also good quality seeds.
