Kim goes to a training camp at the base of Mount Everest, where there is less oxygen in the air than there is in Seattle

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Kim Goes To A Training Camp At The Base Of Mount Everest Where There Is Less Oxygen In The Air Than There Is In Seattle 1 (43.59 KiB) Viewed 27 times

Kim goes to a training camp at the base of Mount Everest, where there is less oxygen in the air than there is in Seattle. (2 points) in the beginning, Kim struggles to take in enough oxygen, which is carried by hemoglobin in her red blood cells. A few weeks later, Kim is able to take in plenty of oxygen because a hormone helped her body make more red blood cells that are stuffed full of hemoglobin. In this case where there was a homeostatic imbalance, for one half point each name the stimulus that led to the response. identify the type of receptor that detected the stimulus. (You may need to research this using the tools in our Canvas course) name the response. name the effector for that response. - While Kim was struggling to take in enough oxygen, she breathed in and out rapidly and deeply Was the reversible equation in bold below driven to the left or the right? Provide a rationale for your choice (Hint. If the equation is driven (or shifts) to the right, for example, more carbonic acid is formed by combining water and carbon dioxide than by combining protons and bicarbonates) (2 points) CO₂ H₂O combine to form H₂CO which dissociates to form H and HCO3 and visa versa Regardless of this particular situation, when you consider the equation above, will proton leves increase, decrease, or stay the same it carbon dioxide levels increase? Defend your answer. (2 points) In general, what change in proton levels in the blood (increase or decrease) would cause blood pH to increase? Defend your answer. (2 points) Why is H₂CO, a weak acid while HCI is a strong acid? And why are H,CO, and HCl considered acids instead of bases? (2 points) • What enzyme catalyzes the formation of H₂CO and what type of macromolecule is that enzyme? (2 points) • What type of bonds exist between carbon and oxygen in carbon dioxide? (1 point) • What type of passive diffusion applies to the movement of carbon dioxide across cell membranes? (1 point)