Adaptation, inherited traits that increase an organism's chance of survival, also determine an organism's niche.
Adaptations are features or behaviors exhibited by organisms and are usually common in a population. Adaptations evolve by natural selection and they fit organisms to their environment. Adaptations have functional roles and may be physiological, structural or behavioral. The long necks of giraffes for feeding in the tops of trees, and the long canine teeth of carnivores are examples of adaptation.
Usually, in a regular lab setup, you would go to the nearest eye washing station, put your eyes above the faucets, and turn the faucets on.
Answer:
Foliated metamorphic rock
Explanation:
Answer: Fragmentation of forests leads to allopatric speciation.
Animal species evolve differently to suit the environment.
Animal species migrate to different ecosystems.
Explanation:
Habitat fragmentation is the breaking up of an ecosystem, usually due to human activity. Allopatric speciation is the formation of new species originating from a single species caused by a physical separation or isolation between some of the members of the population. The separate/isolated groups evolve over generations into different species, who cannot produce fertile offspring with each other.
It is likely that when the animals get separated, they will have to adapt to their new environment. Adaptations will eventually lead to evolution.
When a habitat is destroyed, it can become unfit to live in. The animals may have to migrate to a new environment where they can survive to reproductive age and pass on their traits. That is, in fact, the goal in nature.
It is not true that the likelihood of speciation will decrease because deforestation can lead to reproductive isolation of organisms, resulting in speciation. The opposite, that deforestation increases the chance of speciation, is true.
The animals are likely to be separated from unrelated mates and be forced to either interbreed with related animals or inbreed with family members.
Answer:
The answer is A. 8 protons, 8 electrons, and 8 neutrons.
Explanation:
This is because Oxygen's atomic number is 8 and its atomic weight is 15.99 units. The atomic number is the number of protons in an atom. This means that there are 8 protons, along with 8 electrons, because the amount of electrons in an atom are equal to the number of protons (not including ions.) Additionally, to discover the amount of neutrons present in the given atom, you must take the atomic weight and subtract the atomic number (aka # of protons present). Once you subtract, you will be left with the number of neutrons. Since the atomic weight is 15.99, you will round it up to 16 and subtract 8, leaving 8 neutrons present. In all, it has 8 protons, 8 neutrons, and 8 electrons.