Answer:
B.energy is consumed.
Explanation:
When ATP gain phosphate the energy is consumed(ADP+ Pi+ free energy→ ATP+ H2O). So in the formation of ATP energy is used and consumed and that energy is stored in the terminal phosphate bond.
This ATP act as the cellular form of energy and this energy is released when the terminal phosphate bond breaks and terminal phosphate is released from the ATP. This energy is used to perform the metabolic function required for cell survival and cell growth. Therefore energy is consumed in ATP formation.
Its not linear its more like a busy with lots of branches primates all share a common ancestor branched out into numerous species
Answer:
red
Explanation:
When the source of light moves away or comes closer to an individual, the wavelength of the light decreases or increases respectively and the color of the light changes slightly in what is known as the <u>doppler effect</u>.
When the light source moves towards an individual, the wavelength shifts towards the <u>blue</u> end of the spectrum, and the phenomenon is known as the <u>blueshift</u>. When the source of light moves away from an individual, the wavelength shifts towards the <u>red region</u> of the spectrum, and the phenomenon is known as the <u>redshift</u>.
Answer:
Acetylation of histone tails is a reversible process.
DNA is not transcribed when chromatin is packaged tightly in a condensed form.
Methylation of histone tails in chromatin can promote condensation of chromatin.
Acetylation of histone tails in chromatin allows access to DNA for transcription.
Eukaryotic chromatin structure is a highly complex assembly which needs to be simplified in order to undergo process of transcription. Eukaryotic chromatin structure is highly condensed in nature and DNA cannot be access for transcription. Actylation of histone tails is a process in which breaks the bond of attraction between adjacent nucleosomes. It results in chromatin being condensed attains a loose form. Transcription of DNA can occur in a loose chromatin. Methylation can promote condensation or decondensation of chromatin structure depending upon the methyl group present in the histone.
Answer:
its the base pair. and the first box is sugar-phosphate backbone
Explanation:
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