Answer:
''What is your problem'' is the first question i will ask when a patient arrived at GNMH in order to fully know the condition of the patient
Explanation:
Significant evolution, in Darwin's opinion, moves much too slowly to be seen in a person's lifetime. Recent biological tests have demonstrated that some populations may develop extremely quickly, with significant changes happening over many generations in the lab.
What role does Darwin's theory of evolution play?
- Charles Darwin, a scientist of the 19th century, investigated the idea of natural selection. Natural selection provides an explanation for how a species' genetic features might evolve through time. This might result in speciation, or the creation of a new, separate species.
- The genesis and adaptations of species entered the scientific canon with Darwin's finding of natural selection. The adaptive characteristics of creatures might now be explained by natural processes, much as the occurrences of the inanimate universe, without the need for an Intelligent Designer.
Learn more about Darwin here:
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The answer is
"Ecology".<span>As various other researchers, Ecologists, regularly utilize
models to help comprehend complex issues. Ecological systems are frequently
demonstrated utilizing PC simulation. PC simulations can consolidate a wide
range of factors and their effects. This is one reason they are valuable for modeling
ecology. PC simulations are likewise working models, so they can demonstrate
what may occur in ecosystem after some time. For instance, simulations of
global warming have been utilized to make expectations about future
atmospheres. And field study is the key element to investigate ecological
systems based on which at times are prepared the computer simulations.</span>
<u>ANSWER:</u>
"Reduced concentration of substrate" available can interfere with the "ability of an enzyme" to catalyse a reaction. The main use of enzymes is to increase "the rate of reactions".
<u>EXPLANATION:</u>
- There are several factors that have an impact on the ability of an enzyme to catalyse a reaction.
- These include temperature, pH levels, and the quantity of substrate as well as the reactant. When the "substrate concentration increases", the rate of the reaction also increases in the presence of an enzyme.
- On the other hand, when the "substrate concentration is low", the enzyme cannot catalyse the reaction at a fast rate.
The bat is the most qualified in being the secondary consumer. Cat eats bat, bat eats insect, insect eats leaf.
