Answer:
Bond D
Explanation:
The molecule in the model attached to this question is ADENOSINE TRIPHOSPHATE, commonly known as ATP. ATP is a unique molecule that carries and transfers energy in the cells of living organisms. It is made up of three components namely: ADENINE (nitrogenous base), RIBOSE (pentose sugar), PHOSPHATE GROUP (three).
ATP is able to carry out its function of storing and transferring energy via one of it's phosphate bonds (the last). ATP stores energy when a phosphate group is added to ADP to form ATP while it releases/transfers energy for use when that last phosphate bond is broken. Hence, according to this question, ATP releases the most energy for cellular processes when BOND D (last phosphoanhydride bond) is broken.
Answer:
Explanation:
The surface of smooth endoplasmic reticulum that faces the cytoplasm lacks ribbon hence the name smooth endoplasmic reticulum.
The surface of the rough endoplasmic reticulum facing the cytoplasm is studded with ribosomes hence the name rough endoplasmic reticulum.
Both are part of the endomembrane system
The smooth ER functions in the detoxification of drugs.
The rough ER due to the fact that it is students with ribosomes also functions in protein synthesis
The smooth ER coupled with the detoxification of drugs or excess alcohol also help in the synthesis of lipids.
Explanation:
scientists have found that a virus can stimulate photosynthesis in bacterial host, so im guessing yes.
Animals such as cows, horses, sheep, goats, and termites have symbiotic<span> bacteria in the intestinal tract. These</span>symbiotic<span> bacteria possess the necessary enzymes to digest cellulose in the GI tract.
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P + q = 1 <span>correctly represents the possible frequencies of each genotype.
</span>The sum of the allele frequencies at the locus must be equals to 1<span>,
so </span>p<span> + </span>q<span> = </span><span>1</span>