In chemical changes new substances are formed and the process is often difficult to reverse. During chemical changes particles do change with atoms or ions regrouping . Bonds (links) between atoms break and new ones form and energy is either given out or taken in
It's option D because both are depending upon each other (interdepending) for their needs.
Mike may have committed nonfeasance. Nonfeasance is is a term used in Tort Law to describe inaction that allows or results in harm to a person or to property. An act of nonfeasance can result in liability if (1) the actor owed a duty of care toward the injured person, (2) the actor failed to act on that duty, and (3) the failure to act resulted in injury. Tort Law includes all negligence cases as well as intentional wrongs which result in harm.
<span>This is the optic chiasm, where the nerves emanating from the eyes cross over to the opposite hemisphere of the brain. This part of the visual system allows for binocular vision, as both hemispheres of the brain receive visual signals from both eyes. This aids in coordination and the ability to see and judge depth.</span>
Answer:
A number of chipmunks die due to old age.
Explanation:
A mutation is any genetic change in the genome of an organism. When a mutation occurs in germline cells it may be passed from one generation to the next, thereby changing the gene pool in a population. Moreover, gene flow is the transference of genetic material among populations, which also have the potential to modify the gene pool in a population. Gene flow may be caused by the movement (migration) of individuals from one population to another and further reproduction of these organisms. Both mutations (i.e., germline mutations) and gene flow (i.e., migration) are evolutionary forces capable of changing the gene pool composition of a population. On the other hand, a pesticide that causes the death of many individuals may also potentially alter the gene pool in a population. Finally, old individuals that death by age are not expected to modify the gene pool of a population (since these organisms don't reproduce).
