b. Desert
c. Temperate grassland
d. Northwestern coniferous forest
Answer:
The correct model is attached as the image.
Explanation:
In this model, there is large green circular in shape on that a medium circular indentation towards the left to the green circle. On the other hand towards the right there are two small circular indentations. There is a green smaller indention is shown as the site where oxygen binds when lime juice is squeezed on avocado.
There is two tiny gray circular structure that is joined together by a spaced line represent the oxygen that moves to bind to the active site. Arrow is connected from this gray structure to the indentation and turn back which shows inhibition. The model is given below.
Surface mining destroys vegetation and affects soil strata. Mining disrupts to topsoil microorganisms. Reclamation operations that dilute topsoil with subsoils can degrade soil.
Surface mining is a type of mining in which the soil and rock covering the mineral deposits are removed. It's the other way to mine underground. The rock on top is left in place, and the needed minerals are taken out through shafts or tunnels.
Surface mining can hurt fish and aquatic resources by causing erosion and sedimentation, drying up wetlands, rerouting and channelizing streams, and putting toxic chemicals into the surface water and aquifers.
This will further disrupt plant life on surface.
Learn more about surface mining, here:
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Answer:
Surface mining destroys all plant life in the area the mine occupies. Plants living in the area where the surface mine is to be located are removed. ... All three types of mines cause some damage to the environment.
Explanation:
IF THIS HELPS MARK AS BRAINLIST
D- All of the above I think
Answer:
Type 2 diabetes mellitus generally reflect declining receptor sensitivity to insulin rather than decreased insulin production- True.
Most Type II diabetes do not produce insulin- False.
Explanation:
Diabetes mellitus may be defined as the group of metabolic disorder that re characterized by the high blood glucose levels in the body of an individual.The receptor sensitivity decreases towards insulin decreases in Type II diabetes.
The insulin is produced in the proper amount during Type II diabetes. The receptors are unable to respond towards the diabetes.
Thus, the answer is a)-True
b)-False.
Type 2 diabetes is characterized by insulin resistance and declining insulin receptor sensitivity. Over time, the insulin production may decrease but does not stop entirely.
The statement is partially true. In Type 2 diabetes mellitus, the primary problem is often not a lack of insulin production but rather a decreased sensitivity of body tissues to insulin, a condition known as insulin resistance. As a result, the body needs higher amounts of insulin to lower blood glucose levels. However, over time, the beta cells of the pancreas that produce insulin can become impaired and may produce less insulin, but they don't stop producing insulin altogether as suggested by the statement.
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