Where does the energy needed to drive the synthesis of biological macromolecules come from?

1 answer:

5 0

Synthesis is the process by which molecules of water (H2O) are formed, while decomposition is the process by which molecules of water are added (hydro=water, lysis=to break; to break with an 'addition' of water molecule). 10. Where does the energy needed to drive the synthesis of biological macromolecules come from?

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I believe the answer would be A.

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In order to calculate the distance between two alleles/genes that are found in the same chromosome, we need to know how often crossing-over happened (recombination frequency). We know from the text that white eyes were linked to miniature wings and that wild type eyes were linked to wild type wings, so any phenotype that's contrary to these parent combinations are a result of crossing-over. We know then that 230 flies + 240 flies were a result of such recombination. To calculate the recombination frequency we only need to divide these flies (total of recombinant flies) by the total of flies in the offspring and turn it into percentage.
$\frac{230+240}{1000}$ =0.47
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Below are three different scenarios for comparison. For each scenario, decide if it represents greater or less entropy and great

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Entropy is characterized as a level of irregularity or disorder in a system. More the disorder more is the Entropy. The greatest entropy is accomplished when the system is in equilibrium.

In a similar manner, stability is legitimately relative to entropy. Therefore, more entropy, more is the stability and the other way around.

<u>S.No Scenarios Entropy Stability </u>

A Glucose Less Less

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B A messy room more More

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C Ice water on a warm day Less Less

Warm water on a warm da More More

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