Answer:
b. 8P+ , 10no , 8e-
Explanation:
An isotope is a form of a chemical element whose atomic nucleus of an element contains a specific number of neutrons and protons. For example, the nucleus of a carbon atom contains 6 neutrons(no) and 6 protons(P+) and similarly in the nucleus of oxygen contains 8 neutrons and 8 protons . The number of neutron can varies in the nucleus of that element. Variation in neutrons form isotopes of the element. In nature, oxygen has three stable isotopes, ¹⁶O, ¹⁷O, and ¹⁸O, but ¹⁶O most abundant. The ¹⁸O isotope of oxygen contains 8 protons(P+), 8 electrons(e-) and 10 neutrons(no) instead of normal 8 neutrons.
Explanation:
the organ you speak of is the small intestine. the sm. intestine has fine cilia that absorbs all the nutrients consumed, then recycles nutrients to the bloodstream where RBC's carry nutrients to the rest of the body. I am not understanding what number u r talking about...
Evolutionary<span> thought, the conception that </span>species<span> change over time, has roots in antiquity - in the ideas of the </span>ancient Greeks<span>, </span>Romans<span>, and </span>Chinese<span> as well as in </span>medieval Islamic science<span>. With the beginnings of modern </span>biological taxonomy<span> in the late 17th century, two opposed ideas influenced </span>Western<span> biological thinking: </span>essentialism<span>, the belief that every species has essential characteristics that are unalterable, a concept which had developed from </span>medieval Aristotelian metaphysics<span>, and that fit well with </span>natural theology<span>; and the development of the new anti-Aristotelian approach to </span>modern science<span>: as the </span>Enlightenment<span> progressed, evolutionary </span>cosmology<span> and the </span>mechanical philosophy<span> spread from the </span>physical sciences<span> to </span>natural history<span>. </span>Naturalists<span> began to focus on the variability of species; the emergence of </span>paleontology<span> with the concept of </span>extinction<span> further undermined static views of </span>nature<span>. In the early 19th century </span>Jean-Baptiste Lamarck<span> (1744 – 1829) proposed his </span>theory<span> of the </span>transmutation of species<span>, the first fully formed theory of </span>evolution<span>.</span>
