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We know that biological processes are carried out by organic catalysts known as enzymes. Enzymes are protein molecules that operate over a range of conditions, and a specific set of those conditions are ideal for them. However, in most organisms that are not adapted to withstand high temperatures, the enzymes cannot operate beyond 50 degrees Celsius. This is because their structure starts to deform due to the breakage of bonds within the molecule. The break down is cause by the energy supplied in the form of temperature. An enzyme's structure is essential for it to carry out its task and is made specifically for the molecule it is to act on, the substrate. If the structure is deformed, the enzyme cannot carry out its function. Therefore, the enzymes producing glucose denature and glucose production decreases.
Answer:
an indicator helps us to see the equivalence point (or end point of the valuation) during a titration experiments by causing the color change.
Explanation:
D. think of it like a current!
electron -> electron-> electron->
The answer to the question mentioned above is the "Chloroplast".
During the light-dependent reaction of photosynthesis, chloroplast is decomposed to supply hydrogen ions tp produce NADPH, and important energy-carrying molecule used to help produce glucose during the light dependent reaction.
Sapolsky<span> observes </span>baboons<span> in the wild to </span>determine<span> their ranks, ...
I Think it right Hope it helps :)</span>
