No, hyperventilating will not increase oxygen delivery to the muscle due to decreased concentration of Carbon dioxide in blood..
Explanation:
The reduction of carbon dioxide in the blood will change destabilize tense state of the hemoglobin into relaxed state.
As a result, the p50 value of hemoglobin reduces and the release of oxygen from hemoglobin is hindered.
Thus the oxygen delivery to the muscles will not be increased.
Answer:
peak, range, system, belt
Explanation:
Took the quiz.
Comparative morphology : A.Compares the physical structure of organisms from different species
With this , we can study each uniqueness of specific species and might able to learn their daily function and behavior
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Answer:
b. carbon dioxide
Explanation:
This metabolic pathway is called the Krebs cycle after the scientist who first discovered it in 1937. The Krebs cycle is further broken down by pyruvic acid, obtained in the glycolysis process. The process proceeds in two stages. The first is the degree of decomposition of the bicarbonate residue.
The Krebs cycle is the main metabolic pathway for the breakdown of organic matter and the production of energy in the form of reduced coenzymes, which will then be incorporated into ATP.
Answer:
In the given question, the crucial rivets represent keystone species.
Explanation:
An ecosystem comprises some of the species, which are essential to the survival of the other species in the system, these species are known as the keystone species. The keystone species can be an unassuming plant or a huge predator, and in the absence of a keystone species, the ecosystem may not thrive.
In an ecosystem, the keystone is regarded as one of the most essential parts. A keystone species refers to an organism, which helps in sustaining the system together. Some of the ecosystems may lose their tendency to amend with the changes in the environment if their keystone species get vanished.
There are three kinds of keystone species considered by various scientists. These are ecosystem engineers, predators, and mutualists.