Answer:
You could thank them for all their hard work and talk about one thing this year that you enjoyed doing with them or something i guess
Explanation:
The introduction of zebra mussels in the Great Lakes is an example of <u>accidental</u> release from ballast water in a foreign container ship.
<span>Those organisms that are visible fall under the category or domain of eukarya. These are the objects that are multicellular, have nuclei, and membrane-bound organelles inside each cell. This is the grouping that contains plants, protists, animals, and humans.</span>
The sun rotates faster on the equator describes the motion of the sun.
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Explanation:</u></h3>
The rotation of sun differs at varying rates. The rotation of the sun will not be constant. The sun rotates once in 25 days near the equator. When the latitude increases, the rotation of the sun decreases. Thus, the rotation of the sun will be slower when it approaches the poles. Sun rotates once in 35 days near the poles.
This motion of the sun near the equator where it is fast makes it to be a complete sphere. This is known as differential rotation. In the statements given, the motion of the sun is clearly described by the sun rotates faster on the equator. Sun rotates slowly near the poles.
Answer:
Each trophic level represents the beings of an ecosystem and their amount of energy.
Explanation:
In a food chain, the highest energy level is made up of producers (e.g. chlorophyll plants), with the rest of the ecosystem dependent on their energy, captured from sunlight and stored in organic compounds.
The next trophic level belongs to primary consumers (herbivores) and then secondary consumers (carnivores).
From the producers, only part of the amount of energy is passed from one trophic level to the other, In other words, the higher the trophic level, the less energy is absorbed.
In an energy pyramid, each area is represented by a trophic level (from a food chain) of size proportional to its amount of energy.
The elements of the food chain are represented with the producers at the base (higher energy) and the consumers of each trophic level above.
As explained earlier, the amount of energy absorbed at the highest levels is low and therefore insufficient to support another trophic level.
