Comtexto de hablo de martes
If i understood i would have helped but i can’t even understand myself lol
Answer:
How can you review your grades on the Ashworth Student Portal?
...
Learning at Ashworth Exam
Click on Profile from the homepage.
Click on Account, and then Shipments.
Click on Account, and then Account History.
Click on View All Grades on the Dashboard, or click on Learning, and then Grades.
Answer:
The description of the given question is described in the explanation section below.
Explanation:
- The metallic temperatures drop as well as the level or temperature of water rises, as the temperature including both water & steel is almost the same, zero heat transfer takes place.
- Molecules of liquid (water) will give energy benefit equivalent to either the energy lost via metal. Even before two entities interacted around the same degree they seem to be in thermodynamic equilibrium.
There is no diagram or image attached. However, from the question, it is easy to deduce that the subject is about Trophic Levels and Energy Transfer.
Please see the attached image.
According to the science of Energy Transfer, the amount of energy available at each successive level of the food chain or food pyramid, or trophic level becomes smaller and smaller relative to the energy level available in the preceding level.
As seen in the image to the left, the sun which is a natural source of energy contains an abundant amount of energy. The plant is a primary producer because it produces food directly from the sun and hence has at its disposal an abundant amount of energy.
Mice are an omnivore (that is, they eat both plants (such as wheat) and animals such as grasshoppers) hence it can be found at the two levels above the plant's trophic level. This means that they can be primary or secondary depending on what they are feeding on at the time.
So in its relationship with the wheat, the mouse is a secondary consumer. Because energy is lost as one travels up the trophic level, the amount of energy available to mice at that level is way lower than the amount available to the wheat.
Learn more about Tropic Levels here:
brainly.com/question/13218108