Answer is: <span>limbic system.
</span>Limbic system (paleomammalian cortex) <span>is part of </span>brain<span> structures located on both sides of the </span>thalamus. In limbic systems are: olfactory bulbs<span>, limbic and midbrain area, </span>hippocampus<span>, </span>hypothalamus<span>, septum pellucidum, </span>amygdala<span>, </span>anterior thalamic nuclei<span>, </span>fornix<span>, </span>columns of fornix<span>, </span>mammillary body<span>, </span>habenulam, commissure<span>, </span>cingulate gyrus<span>, </span>parahippocampal gyrus and entorhinal cortex.
ANSWER: A living organism intakes food, it breaks down into mostly water and large organic molecules. These large organic molecules are Fat, Proteins, Glucose, Starch and Cellulose. These molecules are still not usable by the cells so the body breaks these large polymers into small monomers.
In cow's muscles, protein muscles are built by tapping 4 amino acid monomers. Fat muscles are built by tapping 3 fatty acid monomers and 1 glycerol molecule.
Cows use glucose molecules to mix with oxygen to release chemical energy in cellular respiration. Cows can make fat molecules and glucose molecules because fatty acids and glycerols are made up of same atoms, C, H and O.
Most humans (and vertebrates, in general) are genetically "programmed" to produce a brown skin pigment known as melanin. Albinism--the inability to produce melanin—is inherited in humans as an autosomal recessive trait. An individual with genotype AA or Aa will have normally pigmented skin, whereas an individual with genotype aa will produce no melanin. The albino's skin is very pale white, and the (highly vascularized) irises of the eyes appear red because no melanin obscures the red reflectance of blood.
The frequencies aa (Parental genotype male) and Aa (Parental genotype female, predict the frequencies of all genotypes and phenotypes expected to result from the cross of an albino male with a heterozygous female.
Answer:
B. They are both necessary for organisms to survive
Explanation:
organisms rely on both living and non-living factors to survive.
Ex: An orange tree needs worms, birds, and insects to keep it alive and to plant more trees and it needs dirt and water.
