1. Please write the full exact balanced chemical equation that describes aerobic cellular respiration (the one that begins with glucose)
2. Please draw chemical structures for methane, ammonia, water, carbon dioxide, oxygen, and nitrogen
3. What three conditions need to met in order for natural selection to operate
4. Describe/diagram the life of a cell becoming two cells. Include the terms mitosis, replication, growth, and cytokinesis in your description/diagram
5. How can one tell the difference between a bacterium and an archaean?
6. How does parapatric speciation differ from peripatric speciation? In which form is genetic drift more likely to be important? Why?
7. Provide a phylogeny that has four branches and three nodes and that includes the following taxa: Archaea, Bacteria, “the prokaryotes”, Crenarchaeota, Euryarchaeota, “gram + bacteria”, and “gram – bacteria.” Name all three nodes on this phylogeny
8. Describe why it has been suggested that Crenarchaeota are the most abundant organisms on Earth
9. Name two characteristics that suggest that Fungi are closer to Animalia than to Plantae.
10. Describe the haplodiplontic life cycle. To help you, make sure you have these terms in your description: haploid, diploid, mitosis, meiosis, sporophyte, gametophyte, spore, and gamete.
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1. Please write the full exact balanced chemical equation that describes aerobic cellular respiration (the one...