Proteins, nucleic acids, and carbohydrates are grouped by common structural features found within their group. lipids can be grouped based on their high solubility in nonpolar solvents, and their preponderance of nonpolar groups.
Non-polar solvents cannot dissolve a polar compounds since no opposite charge exist, and the polar compound is not attracted. It is this becuase of absence of partial charge that also makes these molecules non-polar. Some of examples of non-polar solvents include benzene, hexane, pentane, toluene, etc.
Higher the solubility of a compound is that the larger the amount of the compound which can dissolve in a solution.
Learn more about nonpolar solvents here
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So that they will be able to hunt and find places to sleep but not die
Roughly, the definition of 'genotype' is a description of genetic characteristics or makeup. Phenotype can be described as the resulting physical characteristics subsequent to genotype. This means that differences in genetic makeup could greatly influence how something, such as an embryo, develops.
Comment: I use a memory aid for this ind of thing, as I easily get them mixed up. Simply use the two letters of each word. Genotype --> genetic, and phenotype--> physical. Hope I answered your question.
Answer: False
Explanation: there are a Varity of viruses that affect plant life such as the mosaic virus which causes discolored splotches on the plants leaves.
"The suture found between the left and right parietal and temporal bone is the lambdoid suture" is FALSE.
<u>Answer:</u> Option B
<u>Explanation:</u>
The frontal bone is joined to the parietal bones by the coronal suture. The sagittal suture interlinks the two parietal bones. The lambdoid suture is joined to the occipital bone by the parietal bones. The squamous suture is joined to the temporal bones by the parietal bones.
The sagittal suture is among ' sutures, ' a type of immobile joint which only exists between the bones of the skull (or ' crane '). These are fibrous joints having a thin layer of thick connective fibrous tissues.