Answer:
The given question is incomplete - it is missing the options. The missing part can be inferred as being “internal factors or non-environmental factors.”
Notice how the answerer started by highlighting what environmental factors are and then moved on to stating non-environmental factors
Explanation:
The environmental factors affecting transpiration includes:
1) Availability of soil water
2) Wind
3) Relative humidity
4) Temperature
5) Air
6) Intensity of light
Non-environmental factors would majorly include internal or structural factors affecting transpiration which then includes:
1) Position of leaf
2) Leaf surface area
3) Nature of leaf surface
This will definitely help.
Answer:
Human blood type exhibits codominance as well as normal Mendelian inheritance (known as dominant/recessive)
Explanation:
Neither the A gene nor the B gene is dominant to the other. They both share in the phenotype AB blood type. Think of co-captains of a team sharing responsibilities.
A and B are both dominant to O which is recessive. If a person inherits A & O they have blood type A. Likewise, if a person inherits B & O they have blood type B. Only if they inherit O & O (homozygous recessive) will they have type O blood.
<span>The production of red blood cells, which transport oxygen, is triggered by a low level of oxygen in the blood. is correct.</span>
The structural components of the mammalian nephron where the transcytosis of water increases due to the action of anti-diuretic hormone is/are the collecting duct. ADH is a hormone made by the hypothalamus in the brain and stored in the posterior pituitary gland. It acts on renal collecting ducts via V2 receptors to increase water permeability, which leads to decreased urine formation. This increases blood volume, cardiac output and arterial pressure.
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