Answer:Competition
Explanation: Since both bears and coyotes use the same supply of deers to feed on, both organisms must compete against one another in attempts to get food.
The climate of neighbouring lands can be influenced by mountains. Mountains can prevent rain in some places, resulting in rain on one side and a desert on the other.
Thus, Mountains can alter an area's weather or climate, affecting the temperature and moisture, for instance. The mountain website to learn everything there is to know about mountains and how they are created.
The farther up a mountain you climb, the colder it gets. So, compared to the flat ground around them, mountains typically have wetter climates. The weather in the mountains also varies greatly. For instance, there can be clear, blue skies one minute, then a thunderstorm the next.
Thus, The climate of neighbouring lands can be influenced by mountains. Mountains can prevent rain in some places, resulting in rain on one side and a desert on the other.
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The phenotype is the visible physical or biochemical characteristic of an individual organism which is determined by both genetic factors (genotype) and environmental influences. There are many environmental factors and they include diet, climate, illness and stress. If environmental factors have a strong influence this means the phenotypic plasticity is high (capable to change).
Answer:
#2
Explanation:
I just guessed on the assignment and it said #2 was the right answer
Answer:#2
Explanation:
The advantage of an electron transport chain is that a small amount of energy is released by the transfer of an electron between each pair of intermediates.
Cellular respiration has three stages: glycolysis, the Krebs cycle and oxidative phosphorylation.
During oxidative phosphorylation, the transport of electrons through a series of intermediates is used to create an electrochemical proton gradient across the inner mitochondrial membrane.
As the electrons move in the transport chain, a small amount of energy is released, which is coupled to the active transport of protons into the mitochondrial inner-membrane space.
Subsequently, this proton gradient is then used to synthesize ATP by an ATP synthase.
In conclusion, the advantage of an electron transport chain is that a small amount of energy is released by the transfer of an electron between each pair of intermediates.
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