8) Respiratory Chemoreceptors ' Write out the carbon dioxide transport equation and explain what happens when more CO2 enters the blood and when it shifts to the opposite direction to remove CO2 from the blood. For the 2"d one you can pick between the next 2 options: Draw a concept map concerning respiratory physiology regulation/homeostasis that contains the following terms: 0 Oxygen Carbon dioxide pH Hydrogen ions Increased respiratory rate Decreased respiratory rate Central Chemoreceptors Peripheral Chemoreceptors Blood Cerebral spinal fluid/ECF Medulla oblongata Pons 00000000000 OR ' Define all the terms above and how they relate to respiratory homeostasis (and cannot be copied from the book, lecture notes or any online resource). 9) Acid/Base (Metabolic Origin) Draw a diagram with 2 boxes (metabolic acidosis and metabolic alkalosis). o In each box you need to list at least 4 scenarios or potential causes for each. 0 Draw the cause and effect sequence to be expected for metabolic acidosis and metabolic alkalosis (starting with a change in pH for each). 0 What is the respiratory and renal compensation for each scenario (specific changes)? 10) Acid/Base (Respiratory Origin) Draw a diagram with 2 boxes (respiratory acidosis and respiratory alkalosis). o In each box you need to list at least 2 scenarios or potential causes for each. 0 Draw the cause and effect sequence to be expected for respiratory acidosis and respiratory alkalosis (starting with hyper or hypoventilation). n What is the renal compensation for each scenario (specific changes)