Compare endergonic and exergonic chemical reactions using an analogy from everyday life
What will be an ideal response?
There are many possible examples: Rolling a boulder up a hill requires an input of energy (an endergonic process), whereas the same boulder, once given a push, rolls down the hill spontaneously (an exergonic process).
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A eukaryotic genome is defined as:
A. all of the DNA in a cell. B. a haploid set of chromosomes plus one copy of any organelle DNA present. C. a haploid set of chromosomes. D. a diploid set of chromosomes plus one copy of any organelle DNA present. E. a diploid set of chromosomes.
By evaluating and selecting mates with superior qualities, an animal can increase its
A. reproductive success. B. learning. C. competitive strategies. D. foraging efficiency. E. length of life.
Which of the following careers does NOT directly compliment a person with a high level of biophila?
A. wildlife rehabilitator B. park ranger C. nurse D. landscape architect E. ecologist
Looking at the figure above, use phylogenetic reasoning to explain whether feathers evolved for flight and why. What other possible advantages could feathers provide? Is there a way we could distinguish among oth-er alternatives to flight?
Explain your answer. What will be an ideal response?