Answer:
The correct answer is - Observe for signs of tetany.
Explanation:
Thyroidectomy is the removal of the Thyroid gland (completely or part of the gland). In this case, it is mentioned that the subtotal thyroidectomy is can cause hypothyroidism as there is no or not enough thyroid hormone production.
Hypothyroidism can lead to the imbalance of the electrolyte in the client specifically calcium that results in involuntary muscle contraction or tetany in more general terms it is also known as hypocalcemia.
Thus, observing the symptoms of tetany would be the priority of nursing action after subtotal thyroidectomy.
Heterotrophs contrast with autotrophs<span>, such as </span>plants<span> and </span>algae<span>, which can use energy from </span>sunlight(photoautotrophs) or inorganic compounds (lithoautotrophs<span>) to produce </span>organic compounds<span> such as </span>carbohydrates<span>, </span>fats<span>, and </span>proteins<span> from inorganic </span>carbon dioxide. These reduced carbon compounds can be used as an energy source by the autotroph and provide the energy in food consumed by heterotrophs. Ninety-five percent or more of all types of living organisms are heterotrophic, including all animals and fungi and most bacteria and protists.<span>[4]</span>
<span>By far the greatest impact of seedless vascular plants on human life, however, comes from their extinct progenitors. The tall club mosses, horsetails, and tree-like ferns that flourished in the swampy forests of the Carboniferous period gave rise to large deposits of coal throughout the world.</span>
A Organism that would share the most characteristics is A. Organisms in the same order.
Explanation:
As tectonic plates drift due to the convection currents of the mantle below, so does the climate on the tectonic plates. This is because the drift causes the continents to glide across latitudes. Different latitudes have different climatic conditions associated with them. An example is an equatorial climate in the equator, the subtropical climate in the mid-latitudes and polar climate in the polar region.
Therefore, even though this drift is happening very slowly over millions of years, the plant and animal species in these continental also slowly adapt to the changing climatic condition in their environment associated with these continental drifts.
