<span>Herbivores and carnivores are alike in that they both absorb energy by consuming other organisms. They are both energy consumers. Omnivores, such as human beings, are not mentioned here, but also share this similarity and are simply not restricted to one particular diet due to their biology.</span>
Answer: Enzymes speed up the rate of the reaction without changing the ΔG for the reaction.
Explanation: Enzymes speed up the rate of the reaction without changing the ΔG for the reaction.
Enzyme (E) binds to the substrate (S) to form an enzyme–substrate complex (ES) products are formed at the end of the reaction but however, the enzyme remains unaltered, it can still bind to another substrate and/or can be reused as many times as possible.
Enzymes accelerate the rate of reaction by decreasing the activation energy.
Temperature affects the activity of enzymes, increasing it to reach a limit, which corresponds to the optimal enzyme activity. If the temperature goes beyond this maximum limit, enzymatic activity declines. The optimal temperature for most animal enzymes is about 37°C. The inactivating effect of temperature is due to protein denature.
<span>Proliferation of lymphocytes occurs immediately after activation, as well as the encounter of antigen. First, these antigen are bound, after which activation begins. Activation immediately leads to proliferation, as well as differentiation. Proliferation is an increase in the number of something, in this case, in the number of lymphocytes, or white blood cells. </span>
How does weight effect the distance a paper airplane will fly?
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